Why The Earth Engine Hypothesis Is Wrong

The Earth Engine Hypothesis was described by G. Becker in 1914. In that hypothesis, and others that have followed, the earth is compared to a heat engine, where the “cold reservoir” is the upper atmosphere (at the edge of space), and the “hot reservoir” is either solar radiation or geothermal heat. It is asserted that these “hot” or “cold” “reservoirs” serve to do actual work and manifest themselves as phenomena such as the earth’s hydrological cycle. For simplicity, this and other “natural heat engine” theories are abbreviated as the “Earth Engine” (EE) hypothesis in this paper. The earth engine hypothesis (see recent source) has been cited as an important factor in the emergence of life on earth, which is posited to have driven processes critical to life’s emergence. This EE hypothesis factors significantly in current origins of life theories.

The EE hypothesis rests on the following assumptions:

1. A hot and a cold reservoir can be located in the natural system of the earth. The cold reservoir being the upper atmosphere or space, and the hot reservoir being solar radiation absorbed by the planet or geothermal heat emanating from the interior of the planet.
2. The natural hot and cold reservoirs are said to do “work” on their surroundings, by the conversion of thermal to kinetic energy, at an efficiency determined by their difference in temperature, which can be understood as analogous to the efficiency of a Carnot heat engine.
3. Such natural heat engines have been proposed to operate by the Carnot cycle for heat engines. These cycles are described as four different processes as shown in the Carnot cycle. For example, during the hydrological cycle, water vapor laden with latent heat rises into the upper atmosphere where its gravitational potential energy is converted to kinetic energy when it condenses.

Such natural heat engines are proposed that would overcome forces that are normally hostile to life’s origins. These are diffusion of molecular “feed stocks” (higher energy molecules) and concentration of “waste” (lower energy products), but also the formation of primordial “cell” structures, structures which in themselves, are proposed to oppose normal forces that are hostile to catalysis of primordial chemistries. The EE hypothesis has been proposed as a mechanism to drive concentration gradients (e.g. in deep sea vents) that would favor the formation of primordial chemistries. Thus, this is an oppositional force which on the scale of the reservoirs would be “microscale” environemnts.

This paper takes the position that such “natural” engines do not in fact exist, and further that the phenomenon described as a natural “heat engine” is in fact dissipation of heat within a single reservoir or volume. One cannot have an engine if no force, F can be shown to be generated. Thus, it is irrelevant for these arguments, how much energy is absorbed by the total volume, V_earth, per unit time. in a constant volume, V_earth, the total work done in a process within the volume is zero, W =0. The issue turns upon the dimensional and material problem of defining the reservoir(s), either its dimension in space or its mass, and hence its temperature. The convention of arbitrarily assigning the reservoir based on man-made observation or man imposed observation of the system or V_earth, makes as much sense as allowing one to pick and choose which molecule to include or exclude from a volume and thus to “create” a perpetual energy machine by actively allowing or disallowing only energetic molecules from a chamber filled with gas. (see Maxwell’s demon experiment) as just such a device was proposed but only as a thought experiment. Since no one has the power to select “hot” gas molecules from a reservoir the position that one can take sections of space and designate these as “hot” or “cold” reservoirs is prohibitive for the same reasons as Maxwell’s demon is prohibited.

Fig 1.

Let us suppose, as in Fig. 1, that we have a volume equivalent to the earth, V_earth. If we zoom in to a region on the surface, we can now imagine drawing arbitrarily, two regions. One region will be the “cold reservoir” and one will be the “hot reservoir”.  The drawer of such “reservoirs” encounters immediate problems:

1. What dimension should these reservoirs be drawn? How large or how small is each?
2. Where should these reservoirs be located?

It is by no means a trivial issue, since nature does not make such distinctions as to what a hot reservoir is and a cold reservoir is.

The mean speed of a molecule in a gas is of use here, as the average kinetic energy per molecule is roughly: (½)mv²=(3/2)kT where (½)mv² is an avg kinetic energy/molecule, k is Boltzmann’s constant (Serway 1990 p563).

The temperature of an ideal monatomic gas is related to its average molecular velocity. Molecules move about much more rapidly when heated to higher temperature. The reason this is critical is because of the argument we made previously about energetic molecules. Nature does not devise systems of molecules i.e. gas molecules, which alter by themselves, the distribution or mean speed of the molecule in a system.

If the “reservoir” which is extremely small, is allowed to be “selected” by a superior being, this means that the total energy of the selected region exceeds the temperature of gas by a factor of between (average highest speed) such that the difference in the average speeds must be the difference in temperature or Q. The observer has done work on the system. What this implies is that a theoretical "engine" would necessarily have to supply additional work in the atmosphere or oceans or wherever we might imagine such a natural engine would operate.

To do work on the system, however, the observer must have added energy which was virtual and hence unavailable.

As we can see in Fig 1, according to Carnot’s relation, if we are to consider a greater volume V, V earth, and imagine work W is possible between two regions in that volume, of greater and lesser energy, or heat Q, then these regions of greater and lesser heat will correlate to non-random selections of sub-volumes, which are designated V1 and V2 for convention. The observer by setting the reservoir in either case, has violated the first law and also the second law, as entropy has been reduced according to Boltzmann’s relation, S=k ln w where w is the probability of the distribution of the “reservoirs” selected.

The random selection of reservoirs should mimic closely the model gas problem, where any two mean speeds are selected at random. (The two packets of energy are capable of being in contact during collisions and heat energy will be transferred from the higher “packet” to the lower packet.) We should expect that these two “reservoirs” or  molecules, at energy 1/2m(V²)avg, should on average, fall within the average velocity, without being skewed necessarily in any particular direction. In other words, “directionality” in terms of seeing higher or lower energies is non-existent as all direcitons are possible. This also means that the random selection of reservoirs would on average produce an equivalent energy difference, between any two average molecules. So no appreciable difference would be expected. The work we would calculate would be Q_hmol - Q_cmol and W=0.  [Note: We can extrapolate the “reservoirs” containing heat Q should be composed of N molecules, but our derivation will apply to larger collections if these are also randomly selected. What is interesting is that if the N molecules are selected from arbitrary volumes, Vn in direct thermal contact with each other, we cannot know if Q_h and Q_c will be different, or if their Work will be negative or positive. “Sampling” of these point reservoirs of heat, fromm a smaller region of Vtotal will also generate –W and+W, values, which will cancel to zero. ]

A problem is thus:  how would the selection of the reservoir , hot or cold, which is expected to do Work on the system, NOT increase the total energy?

II.

Perhaps a way out of this predicament is to assume that we will begin with the Work done by the proposed natural heat engine. But this is as difficult as observing or for that matter, defining, as we attempted above, the hot and cold reservoir. Particularly, if these are regions of volume V₁ or V₂ taken at random from the greater volume V_earth as in Fig 1. Where specifically, on earth, is the identifiable region where the work is generated by the earth’s heat engine, either solar or geothermal? Or, is the work generated continuously, at all points, throughout the volume of the earth?

It seems obvious that the winds for example, which are reported to contain (X watts of power) are only one example of the work done by heat engines of the earth. They no doubt contain vast, unharnessed power, as anyone is aware from witnessing their force. Few are probably aware that the tornado or hurricane they witness is the direct resultant, in energy, of radiation from the sun, trapped in the atmosphere as heat. This energy was gained by the earth’s atmosphere as a direct result of matter in the sun being lost, and converted to pure energy. The storm is that result of matter being converted to pure energy, by Einstein’s relation E=mc² and some fraction then falling on our earth during our orbit (the remainder lost to space). We might witness dozens of tropical storms in a year, incurring horrific damages on cities, and yet few realize this energy driving these maelstroms, may have only been a few kilograms of mass lost by our sun.

The total work performed by a heat engine, on earth or anywhere else, W, is equal to the total heat Q_tot flowing into the engine. So W= Q_h- Q_c

In the case of winds, the heat supplying the power is absorbed from solar radiation, which is, not too surprising, at a higher temperature when incident upon the earth, than when it is reradiated into space. The energy of the light, infrared, was translated to motion of mostly gases in the atmosphere, water vapor which has the highest specific heat, and much higher molecular velocity (avg speed) than other gases. (compare H2O at ^600 m/s vs CO2 at 200 m/s at 20C) The amount of heat absorbed by this solar radiation could be Qsolar, and the amount in the upper atmosphere, leaving, would be Qspace (the “cold reservoir).

According to Carnot’s relation, the theoretical work (total possible) done by any heat engine is the amount of heat transferred from the hotter reservoir, in this case Q _solar, to Q _space.

Further, the efficiency, e, of such a heat engine operating between the hotter solar radiation and space, would be given by

e= 1-Q_solar/Q_space

Conclusions:

We find here, that the current hypothesis described as the “heat engine” hypothesis, is incorrect for these reasons:

Unlike Carnot’s engines, which are man made and even require virtual “sand bags” to be removed or added during adiabatic compression and expansion, there are no “pistons” or “chambers” in nature for such “engines” to operate against. And thus, no force can be generated. A resultant that is expected from our argument we made previously in The Crisis Equation 2B” that “A system cannot do work against itself”.

It is not possible to identify in a natural heat engine hypothesis, where a force would be translated and the point where such a translation would begin. It fails to identify the necessary and critical components that are necessarily defined by the equations of its exemplary model, the Carnot heat engine. Such terms as W, and e, cannot be calculated based upon undefined quantities.

The EE hypothesis fails to properly identify the vectorial requirements in a force diagram of its theoretical operation. We find that the force it purports to claim it generates in its processes, is non existent, that is, we find there is no evidence for this force. Furthermore, and more unexpectedly, we find that according to a new theory of causality, this supposed force” generated by a natural heat engine, such as a “earth heat engine” should not be expected to be observed or theoretically present in the system.

In a true thermal equilibrium state, of volume V, we can imagine taking hot and cold reservoirs at random and assessing their generation of work, W. What we have in this case is comparable to a gas problem, in which the entities of matter are point regions without dimension, and thus are molecular. We have an equipartition of these hot and cold reservoirs in the total volume V at any time t, and further we find that the energy of any of these reservoirs is given by the relation. When any of these reservoirs is selected at random and evaluated for W generated, it is an average value W(avg) given by Q_H-Q_c or the total heat energy translated between them that is available. The work done should be found to be zero in this case, W=0 because on average these energies when taken at random, will cancel out. Surprisingly, if however, the reservoirs are “selected” by the observer any observer, then we find that the difference in heat energy transferred is thus W(equilibrium) – W(observer)= Wi. The apparent work that has been claimed for natural Heat Engines is derived artificially, by artificial partitioning of desired warmer molecules from cooler ones. Further, this has been done by neglecting cooler regions of the reservoir, which will cancel any net work done by –W. For example, if these are accounted for, the total work by reservoirs will include negative work –W done AGAINST the reservoir and all other interactions of the cooler and warmer regions. It is or should be obvious that although temperature differences are observed in natural systems of volume V, these are not different than observing differences in molecular mean velocities of a gas. The arbitrary partitioning only those desired molecular velocities to create a population of “warmer molecules” is unjustifiable for the same argument. Nature heat engine advocates see only the warmer regions amidst the cooler ones in the same system or “reservoir” that they have neglected to report. In view of the arguments provided herein, the falsity of this physics of natural heat engines, should be evident to those familiar with Maxwell’s Demon. Earth engine advocates serve as such a Demon, selecting only the hotter reservoirs they wish to see, and disregarding the cooler ones in the “system” thereby calculating Work, presumably as much as they desire.

The so called efficiencies of “Earth Engines” and other natural heat engines, such as those reported for planets such as Venus, and other bodies like Titan, are allegedly calculable due to arbitrary assumptions that the two reservoirs, their volume and more basically, that they “exist” or are physically differentiable bodies. Those assumptions are false. In reality, this faulty reasoning assumes two systems which are not separable physically. A warm region of the ocean for example is in direct physical contact with all other regions, cooler or warmer, and so the actual temperature of this system would be in question. The proponents fail to average these temperatures and instead take the higher region to be the “hot reservoir.” We have also proven that under these circumstances, in which an observer is allowed to make such distinctions and only take the warmer collections of molecules he desires, is in fact adding energy to the system which does not exist. And violating the first law of thermodynamics, if not the second, by artificially adding positive entropy to the system. If the hot reservoir is “made” artificially, by designating only the warmer molecules, from the cooler ones, this is partitioning and altering the statistical entropy in the relation S=k ln W. On the contrary, the negative result of this experiment i.e. failure of earth “heat engines” strongly supports the central hypothesis of the Crisis Equation.

Whereas it appears “obvious” to its proponents, (of EE hypothesis) that one can measure the force of the wind, what is not obvious is that this is done relative to a fixed reference point, exerting a normal force against the wind. The fixed reference point is supplied by an Observer.

Becker speculates that the “efficiency” (p85, last paragraph) would be very small for an earth engine, but a “the boiler capacity would be enormous”, further assumes that an engine would “be competent to bring about all the dynamical effects with which geology has to deal.” The data are not contested (which everyone is familiar) i.e. Young’s modulus, or that the force on granite can withstand some 250000 kg/cm2 (p81). But showing that a force exists on a column of water, or a column of earth, however numerous these data are, does not prove or show the existence of a causal entity, there is nothing identified that is of substance or is defined, as a causal agent, other than collections of atoms.

And regarding the work that such natural engines may perform, in reality the work has already been done. There is no need for a theory to explain why or how the winds or ocean currents are driven, as there is no additional heat engine(s) necessary to push storms or move ocean currents. Should we expect there to be? Are storms the resultant of rising warm air, moving towards cooler regions of the upper atmosphere? Or is this not an additional causality that is imbued in such systems- "rising air” like precipitation, is itself the action, the phenomenon we are observing, not an additional causality of weather. That is a mechano-psychological assessment of stream flow, a teleological inference relating stream flow to human engineering. There is confusion about the state of a system vs causality of the system, of the forces responsible for the behavior that is observed. We stated that an engine performs no work if it "applies" no force. We have just shown that without a fixed normal force opposed to a theoretical causal force in the atmosphere, or in the oceans, at a real fixed point, there can be no applied force. Thus, despite the fact that an enormous quantity of kinetic energy is supplied via the sun, causally, there is no basis to claim that there are causal "forces" within the atmosphere or oceans driving the currents. The solar energy is the force in these cases, and the only relevant force. Nor is there a "sun engine" hypothesis required. The sun does not supply the heat to the earth because the earth is a "reservoir" of cooler water and mass.

1. “On The Earth Considered As Heat Engine” George F Becker, 1914. http://www.ncbi.nlm.nih.gov/pmc/articles/PMC1090741/?page=1
2. https://en.wikipedia.org/wiki/Carnot_cycle
3. “Planetary Atomospheres as Heat Engines” Schubert G. and Mitchell J.L. http://adsabs.harvard.edu/abs/2013cctp.book..181S

II. An Unexpected Application of Virtual Closed Systems: Self Sustaining Machines

Opportunity Rover, NASA

Firstly, before we examine the implications of Virtual Closed Systems (VCS) to the interesting problem of self-sustaining machines, I want to identify some of these misconceptions. Although I’ve already discussed them they are important to identify since when they are accepted as true, then they directly interfere with understanding physical concepts here or in the grander scheme of things, make the correct evaluation of any new scientific theory irrelevant. *The latter argument is more severe, but it is accurate, as the rather blind acceptance of any current assumption without a physical basis n essence justifies the acceptance of other assumptions without physical basis.

1.       “Dissipative processes in nature are actively doing work to cause change” (we discuss this specifically. This teleology is largely taking the form of Constructive Law but also other postulates.

2.       Molecules can evolve and even select themselves. (see links)

3.       Salt gradients can remove “waste” molecules from a system. Again, this is an assumption that nature is actively doing work in an ‘open system’. As with the continuous cooling coffee mug” we see that entropy is ‘maximized’ continuously in natural systems, as any VCS is in continuous physical contact with any other region at all times, hence the notion of continuity.

4.       A surprising result gained from testing VCS theory is that such natural “engines” even if they exist, would not fully account for how life currently obtains energy and removes entropy. What has not been recognized is that the force of entropy can be at a maximum within a cell, and still must be opposed by the cellular system. That opposition (to the tendency toward S in requires an impetus or opposing force F_N or F_L.

 

[One of the real burdens of describing my theories is to attempt to overcome the stereotypes that have been created en masse. The evolutionary scientists (or perhaps we should say ‘those who utilize the selection model, in chemistry or in biology) have already created preconceived notions in people's heads that alert them to theories which offer alternative perspectives, (i.e. to ‘selection theory’) and to automatically ignore them. It is rather brilliant psychology on their part. (Little wonder there's an outpost on the fringe of this empire known as evolutionary psychology). They even have some of the physicists whom I greatly respect, such as Hawking, essentially going along with this way of thinking. But one of the effective tools they use is to engage and foment creationist sentiments, thus creating a villianous anti science meme that they can invoke at will, against anyone they perceive as a threat to their ideas. They have gone to the press to create this strawman so large and well known that it is very difficult for many not to step into it and avoid their use of that label. [To get some appreciation for just how far these "tendrils" have expanded, look no further than the current debate about "free will." Press this button as I have just possibly done here, and you will be automatically relegated to that of a non-scientist, "a believer".] The villainous anti-science meme is not isolated to evolutionary scientists, but is used against their own, including physicists, who often raise their hands and say “…I’m not saying evolution is wrong”) and one need not look very far in the science commentary sections of major papers for recent examples. But it is hoped that if we state that invoking "selection" is not a recognized or valid chemical term, force, or impetus, it should not give valid cause to immediately stop reading this article.

The other stereotypes they play to great effect is the "intitutionalization" or “credibility” card. They have created an institution around their scientific ideas, but not only that, many of the basic tennets that I am proposing to overturn, to challenge, are essentially the sacred cow theories that are taught in higher education, i.e. “life agrees with the second law” or mis-education about what a force actually is, or entropy, or basic causality, so the education problem is significant hurdle to any new thinking outside that requires new operators or paradigms outside that perimeter, and frankly I'm not sure students in this day and age are even given the right tools and open background in which to objectively evaluate in a truly evidence based approach, what the best theory is, or what precisely should be the criteria of a theory. This is in my opinion a STEM problem. As I noted in an earlier post on “Constr…Law” a Physics Educational Board has adopted Constructal Law into their curriculum. In my opinion thermodynamics will need to change in order to come to terms with the problems that it cannot currently solve, and with new rules of causality, it is stuck in the days of Boltzmann and Carnot.

In other respects, I have mapped to some extent the reactions to my theory, (which manifests or is embodied as a critique of cyrrent theories) and the main one I encounter is a complete lack of understanding of its basic principals. They grasp part of it, but it is usually only that crucial aspect that apparently disagrees with other theory. These are apparently, scientifically educated people. I've heard them say "the forces in nature are not balanced as you say, but are continuously out of balance." That is entirely the wrong meaning, and a hostile reading of what I stated. I was speaking of normal forces as it relates mathematically, to a larger principal. Have they not actually read or studied Newton's laws of motion, the essence of what a force is?

Some are unable to even consider it, because I can detect that they have attached some extraneous meaning a false premise, which is used to reject it out of hand. I bring these issue to light because I engage other theories only for the purpose of testing their predictions in the context of the unexplained phenomena I have described here, i.e. that "self-evolving" molecules, a favorite go-to of evo theorists, do not explain chemistry in any way and misguide it.]

 

Now, I want to turn to the issue of how machines can self-maintain themselves, an issue we discussed previously.

One of the other aspects of this problem is in definitions and observations. I would ask of a reader of my theory, the following. Do you believe that a mechanical device can sustain itself without human intervention?
No? Or, Yes?

[And by “sustain itself" we are asking theoretically speaking, because to do so it will encounter Q number of events thwarting it, and it will have to have R number of responses. However the response or maintenance we realize will have to come from systems which are themselves subject to degradation, and so these too will have to be maintained. The clock starts we realize, the moment after these systems are manufactured by humans, both on their energy source but also materials. We note further, that the clock begins on the systems that make new systems, in other words "without intervention" means it is isolated and so the machine making new machines, say on Mars, would be subject to the same law of degradation, what makes the new factory parts..etc? And so those who believe that machines will "take over" the earth are largely engaged in a kind of fantasy world or at least they have no basis to resolve the paradox just described here. But we turn away from this momentarily to ask the more pressing question:] 

If biological and mechanical devices are equivalent as many have said, does this mean that biological devices should not be sustainable?

See also my definition, or basic principal I wrote yesterday, Friday..(June 3'15

That question goes to the heart of the issue I've raised in the virtual closed system model. And I'm not sure the argument is entirely understood. Let's assume the answer is yes, a machine will require human intervention to continue operation. [Such a question is highly relevant to autonomous machines, for example machines like the Curiosity rover on Mars, and the problem of how to make them more self-sustaining, or even independent.] I've postulated this to be reflective or resultant of an underlying principal of a system that not only behaves, as it is closed, but also can be seen to be deficient in a certain form of useful energy, the kind that can do work. We answer yes, because we see that not only does the machine run out of reserve, potential energy, it also exhausts its supply of another form of energy, energy capable of doing useful work, so that its potential entropy decreases. What can be seen is that in this situation it is deficient of this, which I believe I've called "relative entropy" and we've defined it as total energy required in Eo to include all of imputed energy flowing into the system. I've kept it very general as its obvious that even at the most basic level, I'm not going to be agrreed with on this entropy. Most will assert that the robot or machine, only requires human intervention because it is not advanced enough yet, not because of a basic thermodynanic barrier.

I'll return to that point, but I want to discuss the other implication that is derived from this answer "yes". Because we also made the correlation between inanimate and animate machines here, under this postulate as a test , and many probably will see its a test if the second law as it relates to living things. Once equated, which I justified by invoking one of Newton's rules of philosophy, (though we can just equate it anyway for argument, we don't need his permission!) Then we can ask, do living machines also have the same dilemma? In the system that they are contained in, a virtual system with energy entering and leaving, will they undergo a senessence identical to any other organized machine? Why , or why not? As I said in my paper, the answer is 'not' , and the reason is because living machines" acquire energy from the outside , from the sun. And these are plants. Plants ARE moving, highly structured, elborate "machines". We don't have to think of mobile creatures to get sophisticated- plants are incredibly sophisticated, and derive their energy directly from sunlight. No middleman required.

[*So in this sense this theory is actually quite useful. It predicts that for machines to be self sufficient, they would need to extract energy just like plants. But it raises an interesting question, is the solar energy they extract really the total energy needed for self-maintenance, i.e. to avoid the dilemma facing the Martian robot all on its own? In other words, does this theory correctly predict that another kind of energy is necessary, this relative entropy" and is extracted by plants since they are essentially mechanical and do work on their environment, and are independent. So we would be talking about a completely new kind of energy extraction required, one that is somehow extracting relative entropy from sunlight to be used by the isolated factory and machines to sustain themselves, it must be sufficient in extraction efficiency, to overcome the positive entropy accumulating in that system.]

 

I want to go back to the equilibrium statement, [where I discussed equilibrium in terms of Condition I or II] I mention the minor condition of 3 b.y. (billion years) that's a critical point. We have already this experimental case of plants, a 'machine' that sustains itself by using energy from sunlight, as a test case of the virtual closed system that is for all intents, perpetual. Those who claim it is not, even theoretically perpetual, I believe should provide evidence to the contrary (as we have not "theoretical" case in which they are not). I say 3 billion years may as well be perpetual. That to me is a dilemma worth considering, because of, and in light of, the barrier encountered by the complex robot in the previous example. In light of the answer "yes" complex machines will always require human intervention, as they CANNOT operate continuously in a closed system. Critically, nor can they operate in virtual closed systems, which I propose can exist within open systems.

That brings us to the other issues of energy inputs and equilibriums, particularly entropy equilibrium , of the system with the outside.

Why can't a machine like curiosity, run perpetually? The key realization here is that it lacks the input of a critical energy, relative entropy, and I posit further, that there is no way physically for it to gain this back. Yes it is an ingenious device, it will run for a long time, but its lifetime is limited by availability not of potential energy of solar or nuclear power, which is indefinite, but by depletion of this "relative entropy", another form of entropy.

So the question is, how do living machines exist, and how do they sustain themsleves as perpetual "machines?"

With this theory, of VCS, we can see that the problem of understanding the origin of life is  surprisingly, and intricately, related to the practical problem of how to make machines that are capable of exploring the vast reaches of our solar system and beyond. It predicts that although these machines may be built to extract energy from their surroundings, solar or other, this form of energy may not be sufficient, as such an isolated machine is located in a system in which it is being depleted of relative entropy to maintain itself. We are speaking hypothetically, as there is no current means to extract this relative entropy from a source such as sunlight. Based on the VCS theory, we can conclude that living things, which are bio mechanical and self-sufficient even in a virtual closed system, are able to extract this form of energy to offset their own increase in entropy.

The other implication that may be apparent is that in conventional machines there is no F_L, that is F_L =0, despite the input of energy. Why is that? This is a rather surprising finding. particularly since it appears to be obvious that machines do a great deal of work. If I throw a ball down a mountain, the ball will do new work, that is work not on average produced by the mountain's natural erosion. I will effect a change in doing so. Likewise if I build a contraption that lodges itself in a river, and diverts the course of the stream in any way, this also does some net work in addition to the level normally expected in the system. Such manipulations are measurable and real. The machine does oppose certain forces and does work, but this work, in terms of its net average against the system, does not exceed FsubL. The work it does is identical to the work my heavy ball does in rolling down the hillside. The critical notion is to realize the continuum principal at work and the Normalized forces surrounding the system. the consequence of the net forces "exerted" by the machine predicts that such a machine cannot be self-sustaining. It does work in one respect, but fails to do work, to oppose the tendency the net force vectors which are tearing its structure apart. The machine, we realize in a VCS model, does not oppose any of the surrounding forces, but instead, diverts these to a lower form of energy. But there is no difference between the energy I am "winding up" in the ball, which then converts to kinetic energy as it collides, and the energy stored in the gas tank of a machine. This relates again to "relative entropy" the inability to extract this form of energy from the rather abundant solar energy flowing through the VCS, which comprises the total energy, E^o, incident on the system. F_L is opposed by F_N the normal force opposing it, as we've described elsewhere.

Of Beer, Sailing, alien life, And Some Practical 'Every Day' Implications Of a New Theory

Don’t take my word for it. It’s a proven fact of science. Self-replication has never been demonstrated in the laboratory. That is, I suspect, why the authors in the Cambridge study, one of the references I site HERE, are deliberately "hedgy" with such statements as “It's great progress…but we’re still far short of a molecule that replicates itself.*” Progress. What does it mean? The word doesn’t mean that you’ve arrived, in fact it doesn’t (necessarily) mean you’ve even gotten close. You might have just started, or just thought about starting a journey. It's actually rather ambiguous. If you stand outside on a dark night and jump away from the earth as hard as you can, does this mean you’re making "progress" in getting to the moon? It’s a good analogy I believe closer to the physical reality of the problem than it might portend, and not such a ridiculous analogy as I'll explain in a moment.

I’ll give you one more that's relevant to encapsulating the true meaning of such "progress" and that’s the mathematical paradox of always getting “halfway there..”explained to me some time ago by an algebra teacher who was a bit of a comedian. It goes like this: If the distance you traverse is always defined as half way between the point you start at and the point at which you finish, you are correct in saying that you are "making progress" but do you ever get to your destination? The corollary I remembered was: You can’t get anywhere by half-assing it. Both are excellent analogies if not metaphors, for depicting the so-called “progress” that so many peer reviewed articles seem to convey  or believe they are making, despite the fact that there is no known agreed to theoretical basis for believing it is possible.** The first statement is factual, but the subtle take-home point im attempting is that there's no such thing as achieving the "partially" impossible.

There is a good reason for all of this, and I’m providing a new theory to explain why that is HERE "Does Life Violate The Second Law of Thermodynamics? Implications of Virtual Closed Systems". The problem of life’s origins is steeped heavily in a messy intimidating science called thermodynamics. But thermodynamics is not actually so intimidating or messy or even theoretical. It is exactly the kind of science that you may have discussed, unknowingly with friends while you were taking a trip in your car and you debated about the most ‘economical’  route to take from here to there. However, I think a very good practical example of this sort of science of energy accounting is in sailing. The confounding problem I have had many interesting debates about is “is it possible to make a sail craft move directly upwind, even slowly?” One of my favorite sail contraptions to test the idea, is not a sail, but involves a kind of spinning wheel with cupped sails on it, that rotates in the wind because the "cups" pick up more wind on one side (going with) than on the other (going against), and so it drives a propeller. It should be easy to steer such a craft into the wind, just ease the tiller. After one realizes all the various contraptions that might do the job, the gut feeling is that you’re breaking some kind of law of nature. And you are. Well that in essence, is in layman’s terms what the theory I’m describing is about, it is applicable to those same more tangible and conversable issues as “sailing into the wind”. But a talk about how life might spontaneously emerge from a mucky film of organics on a rock or in a pond, is also what I would classify as “beer conversation” which can be had on a boat or at a barbecue. It’s that practical. But unfortunately in my paper, there are no beers. Just the same,this article is labeled appropriately, “beers sold separately.”

Briefly, I’ll diagram according to the specifics of my paper, why the exhibitioners at the booth, the ones you may or may not have the luxury of seeing at the “Royal Society” exhibit in London town, have it completely wrong in terms of trying to sail “straight into the wind” and defy the laws of nature. (and don’t take my word for it, only. that’s what they meant by “we’re making progress”. You can make progress too, in going straight into the wind, the only problem is, it’s really no progress at all in terms of NET result. The only way you get to go a bit straight up into the wind, is because you already went off in a direction AWAY from the wind, so your NET progress reveals that you actually lost distance, not gained. That is why NET is so important in my paper and anyone else’s, (especially when a few beers might be involved).
And what these researchers are claiming, in papers like these, is precisely that they making progress in making self-replicating molecules, but the problem is that they are not showing you what the NET result is. They do not include the fact that they are adding work and energy to set up such experiments, that would be the DOWNWIND requirement, as we just explained, we have to go downwind a lot in order to then steer back up wind. These researchers don't include that bit in their equation, and that is the point I make in my paper, though it's indirectly implied by the formula. The other derivation of my paper would take it a bit further, however. And I believe if one truly understands what it is I'm theorizing, my analogy I make between spontaneous self-replication and jumping hard to get to the moon will make sense. Perhaps these are more examples" than analogies!

My belief is that if a theory of science is actually real, if it has certain operational aspects to it, it should be applicable to many different scenarios, because it is interconnected. In other words, you CAN get anywhere from here, if you’re willing to use the not so ridiculous metaphor (more analogous) that we can "walk" via the thermodynamics of energy flow from any point to another point. Energy is always accounted for, it is never lost, just altered. The point is, you can follow energy around, just like matter, and see where it goes and what it’s doing. When we truly "follow" what these researchers are claiming, we can see that they do not include a very critical picture in terms of where the energy came from to make their molecules do things on the bench. That also, is in layman's terms another principal I discuss in another blog.

I said I’ll be brief and already I’m heading towards 2-3 pages! So I better wrap it up. Let’s go back to the conept of NET gains, and specifrically if we can to what it is they claiming over at the exhibit in London. They say:

"Reactions between water, CO₂ and the rock mineral olivine in these oceanic melting pots can give rise to the organic building blocks needed from life, from amino acids needed for proteins to the lipids found in cell membranes. These organics can be concentrated by convection within these vents, theoretically giving rise to protocells and complex organic molecules including DNA."

Which isn’t at all different from what’s already been done and said many times before, it’s just a new fangled variation. This represents in thermodynamic terms, a "contraption" or scheme for how to sail into the wind. The fact that it's chemical makes no difference in thermo science. Which isn't frankly much different than what everyone else is doing, or has been attempting for over a hundred years.

In a “nut shell” they’re talking about self-assembly and stating that if you have some random molecules, say rich organics just like Haldane’s (of 1929), [or some rich organic molecules I've made in the lab] if we shine light on it and give it heat, long enough, it will generate more complex molecules, which may then organize to form even “protcells” and DNA, but at that point we can assume that they mean a proto-form. That’s a bit more complex that saying you can “sail directly into the wind.” But not much. That is the simplicity of mathematics and physics. Well we can apply the diagram from my paper to show this won’t work. Wee can put the theoretical ocean with its broth (think something like vegemite only more diluted, AND supernova gamma irradiated, or perhaps like comet residues or the dredgings from a Europan lake) in that bubble and expose it to heat energy from a source, say the sun. The ‘bubble’ or virtual closed system, is really just a convenient way to calculate NET gains of energy or loss. We have energy going in and energy leaving, it’s very simple. What we want to see is if we’re making progress over time. (let me say one more thing, this isn’t about THEM specifically, the well meaning siceintist manning the booth, it’s about this one idea in question, and we’re trying to see if it’s really practical or not). So heat and energy have been flowing into the bubble, into the virtual closed system, and have we made progress? Well, hardly anyone, including myself can just look at molecules and tell you if they’ve improved or not, howeer, fortunately we don’t require the normal sophisticated tests for measuring if S is more negative or not, another intimidating word Entropy. We can in fact, simply take the molecules and see if we can do any work with them, in other words if we put them in a machine, one that is VERY efficient and doing the least possible effort (possible), can we measure any work energy? This can be measured in simple calories the same calories used everywhere. The answer is or should be, if my model is correct, and theirs is wrong, no. After we allow the system to cool for a few minutes to room temp” i.e. the surroundings, we should not be able to extract any work from those molecules. But the other thing I haven’t specified is how long we let it go. Keep in mind that we are taking the organic molecules as is, from the broth, and exposing them to heat energy of the sun for a period of time. We measure different time point, say after 1 day, and 5 days, and a month, and then plot our progress.

How are we measuring a NET gain? That is automatically “calculated in” with our experiment. This is because we are taking ground state materials, from the sea water, and then measuring if these molecules can do work. The difference in work will be the NET gain in work, relative to the environment. One can criticize this experiment by saying “well, all of the molecules received sunlight!” how can there be a difference? That would be a good question to ask of their theory. We can repeat the experiment and illuminate different parts for different times, let them sit for a few hours to equilibrate, (assume the sun sets) and then measure them. We should not have differences in work. And again, we have not even attempted to form a form of life, just more complex molecules capable of doing useful work. How does it relate to sailing? The “wind” in this experiment was the sunlight, the energy supplied by it. And our “sailboats” were…?

The reason my paper is worth a read, is because I am dealing for the first time ever, with WHY this result is possibly expected. That it is expected is more or less highly probable. Frankly I find it rather absurd that they continue to get mileage out of this approach, for example, of claiming "progress" and I've criticized it as doing something akin to perpetual energy, (which I believe it is virtually doing just that, and one can see why that is with a Virtual Closed System). 

And the other criticism I've leveled at them is the fact that they refuse to describe the chemistry, it is instead usually just "smoke and mirrors" and hand waving. If we truly HAD such chemical systems, in which we simply put a random mixture of organics into a vial and added heat or light to make them “evolve” and "select themselves" we would already have these types of chemistries everywhere. But we don’t. So that’s a question to ask the booth exhibitors, why aren’t there spontaneous generators? Because most chemists know that putting a random broth of chemicals in a bottle outside in the sun doesn’t make new useful polymers. There is a good reason that these experiments have failed since Leduc and others in the 1890’s (P Leduc 1911 "Mech of Life). The fact is that thermodynamics is not well understood, and the territory has been opened up greatly by the unspecified nature of this arena. Though it has been stated in different forms, that nothing can violate the second law, it does not put boundaries on how much entropy can be made. Living things are considered as variations of dis-equilibrium phenomenon, the current position. It has never been shown, theoretically, or in a practical sense, why it won’t work- not until now. It is perhaps hard to believe how a theory can have implications to sailing, how life might arise on other planets, and even beer, but that is the fascinating aspect of this basic theory.


 

 *(Note that they [physicists] did believe that the Higg's boson was real, in theory, and then were successful in proving it physically)

 

 

1.  Regarding "self-replicating" molecules here's a good article-

http://arstechnica.com/science/2013/10/25/quest-for-self-replicating-rna-edges-closer-to-origin-of-life/Nature Chemistry, 2013. DOI: 10.1038/NCHEM.1781

 **Their conclusion regarding RNA replication (2013) was the following: "It's great progress, but the result still comes far short of a molecule that can copy itself. For one thing, the ribozyme tended to stop short of the end of the molecule it was copying, mostly because the two fell out of contact."

2. P. Leduc 1911, "Mechanism of life" https://archive.org/details/mechanismoflife029804mbp

 

 

 

Does Life Violate The Second Law of Thermodynamics? Implications of 'Virtual Closed Systems'

[Update 5.19.15:

I am giving people a peek here at a new theory I've developed.  

This is a new theory involving what I refer to as "Virtual Closed Systems" .  This theory is meant, hopefully, to address the rather well known problem of open or closed systems, (the thermo depictions of earth) in which life forms, (and was basically a chemical product) , essentially due to what is known as extreme non-equilibrium behavior of matter, of basically systems of molecules that are disturbed from normal motion by dissipation of energy. First and foremost it needs to be acknowledged that the existing idea, of far or extreme disequilibrium makes certain , basic assumptions that I'm challenging here. The most basic, that energy entering the system, i.e. sunlight, can have sufficient useful energy within it, to yield, molecules, or products that are capable of doing more work on the system, than less. One might assume that is 'negative entropy', but I'm introducing another idea there. Other assumptions, upon which the greater disequilibrium theory also rest, are already in dispute, because they have not been experimentally proven. The negative results are also important. This discussion does tie in with another partial theory I introduced in another blog I wrote earlier. But at any rate, I am making hypotheses that are hopefully testable, and in fact can be shown by experiments here. The more I think about closed virtual systems and the implication for either mechanical robots, or of living machines, the more I'm convinced this new concept is useful for evaluating this problem. Is life really related to disequilibrium of ordinary matter? Is it a dissipation process? Those are some of the interesting questions.]

The second law is defined specifically for closed systems. In a closed system the amount of available energy to do work will decrease over time. This mirrors the definition of entropy, also defined for closed systems, as "the quantitative measure of the amount of energy not available to do work." (1), [1b] ) (American Heritage Dictionary, Schrodinger 1944).

The classic argument actually is that life does not violate the second law of thermodynamics because it (life) is NOT in a closed system (2). We live in an open system, with our sun providing ample energy to power life on planet earth. (but also, to drive the earth’s systems of dissipation)

Consider also, that in a closed system, a perpetual energy machine is not possible, as it will continuously generate a small quantity of entropy in each iteration, regardless of its efficiency. The generation of lower forms of energy means that it will eventually exhaust the available supply and cease to operate. (3)

But here is a very interesting question: Is a perpetual energy machine possible in an open system? (4) If it is not possible, which we can assume is experimentally verifiable, then does this actually infer that the so called "open" system is not really open? (I use a proposition or rule that if the experimental results or effects or identical, their causes must be equivalent. (5) [see Newton's Rules of Philosophy, Principia (2^nd Edition 1713)].

There are two primary assumptions based on apparent experimental results or observational experience, to support the assertion that life does not violate the second law: 1) life avoids so-called "heat death" by constantly absorbing energy from the sun. If this energy inputted into the system were to cease, then obviously life would cease, and 2) the earth is always viewed as an open system (6).

My point regarding the perpetual energy machine, is that it is possible that despite the fact that it might not be possible to formally show that we exist in a closed system, [based on (6.1)] the experimental observations of non-perpetual energy machines, and passive heat transfer, strongly imply that it BEHAVES as though it is a closed system. What then would be the difference? [So I invoke here the principal of equivalence. If two systems have identical effects, their causes must be equivalent. (5)]

If life is in essentially the same kind of system as the perpetual energy machine, which (we can assume for the purpose of this argument), then we would therefore have the same kind of problem for both (7). (By this rule, a “living machine” doesn't get a pass any more than any other machine). By the implication of this rule, or postulate we have now justified a new hypothetical space, in which a “closed system” may in fact exist within an open system, and we can consider the consequences of such a “virtual” system in Fig 1.

 

Fig 1.  The Virtual Closed System Showing the Energy horizon (dotted) and E^o << required for useful work) t= 4 b.y.

 

 

Fig 2.

 

1. Condition I* The system’s Entropy (actual) is the same inside and outside

S_inside = S_outside And we assume it has already reached equilibrium after >4 B.Y.

Energy available to do work (inside) = Energy available to do work (outside

In Condition I, in which it started with Eo << below the threshold w/o life.

 

2. We can however, imagine another condition, “Condition II”** in which the system theoretically began with some organized matter. However, since we postulate (based on equivalence principal) the model applies to machines, inanimate matter as well as Living Machines”.  And postulate that this is now a Virtual Closed system, with an entropy boundary, so any initial organized matter present at t=0 would undergo “heat death” or decay (inside that space enclosed by the entropy boundary).

[*In condition I we have essentially defined an equilibrium state, established over an assumed, very long time period, (i.e. 4 b.y. billion years) relevant to what is the available energy to do work, inside and outside the virtual sphere. This is not a maximum entropy state, but is meant to delineate an “indifferent entropic state” in which the available work energy has reached equivalence. The unexpected consequence, is perhaps, that this condition also would apply to other time states, much more recent, and could be envisioned in principal, as continuous. It is the basis of what is proposed here, as a ‘continuity principal’ of how useful energy is flowing from its source and is explored further in a later section. But this is further elaborated upon and supported by the "Indifferent Time” principal invoked in my other paper which examines micro states in balance (See indifferent time theory and my comment  below regarding “solar packets” [4] ).
**Condition II would follow from the stipulation of Condition I but we’ve added the additional test condition of adding some initial quantity of order at some arbitrary time.]

In any closed system, the available energy for doing useful work, decreases over time (8). This rule applies equally to our virtual closed system with its entropic horizon. According to this law, a machine would eventually accumulate entropy and cease to operate. Given these results, we may ask the following: Why does this, our modified law applicable now to virtual closed systems, not apply to "living machines". [The answer, is that it does not apply differently to one or the other. Entropy applies equally to all processes inside the system.] We then have the question, how does life avoid disorder?, and its inevitable decline? (9)

In consideration of the foregoing principals, we can also state (or propose) that the mere input of solar energy, of heat, does not at least in any experimental sense, ever demonstrate that this input of energy will do useful work on the system of molecules on planet earth (10). [This may seem to be a rather bold statement, but it bears scrutinizing further (below).] I have also elaborated with a comment in quanta see my reply [23]

So this is yet another strong, experimentally verifiable result, (also furthering our aforementioned propositions) which supports the notion of a system that BEHAVES as though it were closed. (And that such interaction(s) of a hypothetical ordered state (or non-ordered state at equilibrium) with its environment can be duly considered physically with this new virtual model and various possible implications tested.)
Thus, if we take the definition of the second law to mean that a system will eventually accumulate entropy, that is, quantitative non-useful energy, then any system including a living one, should cease. (11)
Thus, we have obtained a new result, based on a virtual closed system, its properties of being closed*, verified by our principal of equivalence (above). That is, it does not comply with (6.1), (6.2), nor with (2) as it has no physical means of drawing order into itself, or of increasing the useful work energy contained within, to lower its equilibrium entropy density relative to the outside (12) The fact that it has no intrinsic ability to lower its entropy also is critical to its “closed” nature). We would expect such a system to effectively demonstrate a similar measurable potential energy density inside such a (virtual closed) space and outside, after equilibrium S_inside = S_outside at sufficient time, or ≥4 b.y..This essentially defines the closed behavior of such a space. (13)

In this regard, and in consideration of the principal of virtual closed systems, we have experimental evidence, that perpetual energy machines also are impossible in so called "open systems" [again on earth no perpetual machine is possible, not even one that runs on solar energy (14)*. [*a proposition based on a virtual entropy system proposed here, in which the machine therefore has no means of reducing its own entropy] as well as evidence, chemically, that energy from the sun does no useful work on the system. (14)  ..And we are again, also defining “open systems” such that these are composed of smaller closed systems, in which energy flows in and out through an entropic horizon (15). This can account for why an “open system” still works to pose a theoretical limit on the possibility that a machine can self-regulate its interior entropy- (16)]

Thus, based on this new theory, it appears that living systems composed of molecules, do violate the Second Law of Thermodynamics (17) based on condition I and II either the system was never at disequilibrium S(inside)=S(outside) or it would decay rapidly, to reach this state), and further, this is based on the preponderance of experimental evidence, e.g the failures in laboratories to show otherwise (see Zeravcic 2014, Attwater 2013, Weissbuch 2009, C Huber 1998, Haldane 1929)). Though this is not strictly true. Living systems (which are natural, self-replicating systems) composed of molecules also appear to violate a number of other laws, including Fick's law of diffusions and Fourier's law of passive heat flow. Living cells have systems for removing entropy, and they have existed for a very long time, for all intents and purposes, in perpetuity.(18) With this new model it can hopefully be better understood why that is.

 

*Sub-Conclusions: We can see that the virtual closed system" model diagramed here allows us to resolve the original question we asked previously: "is a perpetual energy machine possible in an open system?" The answer is that one must consider the system differently, and if this is the case, if it is considered as a bounded virtual space, we can surmise that the net energy capable of doing work will decrease inside this volume...even in so-called open systems (19).

Discussion:

The position that life does not violate the second law is one of the most ubiquitous statements one will find in virtually any text (web sites and also technical papers) relating to the subjects of life and physics. (19.1)

Here is an example:

http://chemwiki.ucdavis.edu/Physical_Chemistry/Thermodynamics/Laws_of_Thermodynamics/Second_Law_of_Thermodynamics “Some critics claim that evolution violates the Second Law of Thermodynamics, because organization and complexity increases in evolution. However, this law is referring to isolated systems only, and the earth is not an isolated system or closed system. This is evident for constant energy increases on earth due to the heat coming from the sun. So, order may be becoming more organized, the universe as a whole becomes more disorganized for the sun releases energy and becomes disordered. This connects to how the second law and cosmology are related, which is explained well in the video below.” (19.2)

The statement above is generalized and is not new but represents the dogma currently. [A position that has been only strengthened over the years by various pioneers in the field of thermodynamics and living systems (see Schrodinger’s “What is Life” 1944) Schrodinger virtually invented the principal of explaining living things by his concept of “negative entropy” in which organisms extract (or attract) lower entropy to themselves from their surroundings, but he clearly recognized the problem confronted by the cell of lowering its internal entropy] (Boltzman, 1866 also recognized it [2] as critical to life). One will find only slight variations on this statement if he searches the technical literature. Let us examine what this argument is saying. The sun is generating vast quantities of entropy in its conversion of its hydrogen fuel reserves to heat and also light energy. According to this model, we can imagine that the earth is receiving some form of useful energy, E^o , capable of doing work, and the COST of that in accordance with the second law, is that the net system, the sun and earth taken as a whole, create more entropy than they gain, in terms of ordering. The order in this case would obviously represent living organisms, but could apply to any ordered system, including inanimate machines. What this argument fails to account for, and what I am attempting.. in pointing out here, is that when it is portrayed in this way, we must assume that the light energy coming from the sun is capable of doing work, it is a form of energy that is higher than the system it is shining on, the earth, (or other planets and objects, let’s not forget those.) This problem I am addressing can be better seen with my virtual system diagram. We also note, that the boundary does not have to be spherical and is only shown (this way) for convenience. It could in fact represent the boundary of the machine, its organizational interface (with its exterior environment), thus the “entropy horizon” would not be spherical it would be 3D and conforming to the machine’s interface.(20) Machine = ordered systems required for its existence/operation.(20.1) And the outer boundary is defined as everything else. I drew the spherical shape which also, best represents organized life’s basic unit, the cell.

(We note: The “order” in a system might actually increase, e.g. in the formation of crystalline substances and ordered lattices. However the capacity of that system to have energy that has a capacity to do work is diminishing. (And that is how we are defining entropy here as well as it’s implications to the second law.) We can simply state for these purposes that the earth, if left alone at some theoretical instant in time, would progress towards equilibrium, owing to the fact that the earth is continually “attempting” to reach equilibrium and shed heat it is gaining from the sun. So it is valid to assume that for the next unfathomable period of time- external energy, capable of doing work will always be higher outside, as it is ENTERING the system of the earth, externally. We can neglect, the entropy produced by the sun, or that ΔS is always positive for the system outside in space. (21) Our question is: Does life violate the second law? And so for these purposes these definitions should suffice. We have not stated anything special yet about the heat energy coming from the sun except to say that this is and must be at a higher level on the outside and is assumed to be continuous.)

Heat is work and work is heat, but heat only does work when the moving molecules… recall these are vibrating, are withheld at some pressure, in other words the molecules must be restrained from their normal motions, otherwise we simply have waste heat, doing no work. Unfortunately, this is precisely what occurs in nature. We do not find in nature, barriers which restrain moving molecules laden with heat, to do work on the system. More simply put, nature imposes no normal force against heat, quite the contrary, it passively allows heat to escape, and it does so with high probability. So the dogmatists are merely presenting a story which has no mechanism to function. The problem is not so subtle, and it is the problem essentially that nature imposes no barrier, no normal force against heat. Recall that in the very definition of work, WORK , W, is defined as an application of force per unit time. Or force applied through a distance. The key to that statement is “force”. Where do we see such a resistive force in nature? But more precisely, and this is critical, the probability of such a force existing is prohibitively small or non-existent. So this is in a sense, another way of stating the second law of thermodynamics. (22)

It does not matter if we are talking about vibrating molecules or molecules cascading down a slope, resisted and guided in their path, by the normal forces of a stream bed. We see in this case that the molecules ARE being resisted by normal forces. Wala! Says the dogmatist, or Eureka! What we stated was that the probability of such a normal force barrier, appearing spontaneously to do work is virtually zero, for all intents it is zero, particularly if we are increasing the magnitude of W. (22.1) So in the case of a stream flowing down hill, it has great potential to do work, but in nature, no one is there to impose a dam, unfortunately, and in fact what the second law means is that there is no force, no physics that will make a dam possible. The system is “rigged” against such resistance. Thus we can see that the great potential energy of a moving stream is wasted.

The point of this argument is to take this knowledge and apply it to the statement “life does not violate the second law.” Since we now know based on this new argument I have presented here, that this is not correct. [the second law is intact as is the general assumption of entropy increasing outside the system]. We again consider the “micro state” , “micro” relative to the earth’s surface. Whereas it is true that the vibrating molecules (instigated by heat from the sun) that enter the sphere have the capacity or potential energy, we find just as the case above, that there is no resistive force to slow their motion. There must be a resistive normal force in order for any work to be extracted from this potential. We also see that the probability of such a normal, resistive force being imposed on these molecules is virtually zero i.e. the P <<<< 1 and is given by the equation. The notion that life does not violate the second law thus has a 99.99999..+% probability of being false. (23)

 

As I have already stated, this argument can be falsifiable, if the probability is determined and is at some level that is significant. There is significant physical evidence to support my case, however. The evidence that the energy incident on the entropy horizon, is capable of doing work, is negative. In view of the postulate here, the normalized force problem, we would not expect that this energy from the sun is capable of doing work on the system of the earth’s molecules. But there is another issue from this model. 2) we would also not assume that the entropy in the system, and this is again defined within or at the interface of the entropy horizon of the machine, would not continue to accumulate. Both cases I or case II, (in addition to the normalization force problem) would predict that under the known understood laws, any organized or ordered system would undergo heat death. (24)

Rule: heat exchanging or passing through an arbitrary region cannot do useful work unless it encounters a normal force (opposing its motion.) (25)

 

Other discussion/references: In a recent review of the physics of far from equilibrium biology and physics, Axel Kleidon considers Earth’s systems that are pushed far from thermodynamic equilibrium by living things: convective cycles, weather patterns, mantle subduction, tides, etc. This would be in essence, condition II that we treat in this paper, however, Kleidon is not concerning his paper with earth’s system from the perspective of condition I, in which we attempt to answer if theoretically, the solar energy is itself capable of doing useful work. The solar heat driving convection, is not an isolated force. But according to the theory I propose here, such a force would not be possible to do work against the other surrounding forces or its own contribution. (26) It is claimed (by one reviewer) that earth is in disequilbrium”, witness hurricanes, tidal forces, and other forces. What is it specifically at disequilbrium with? Is an asteroid on approach towards our solar system, at disequilibrium? No it simply has momentum, mass times its velocity. The heating and cooling drive the convective processes of the earth’s oceans, however, none of these winds or tides actually move against the impetus that drives them towards dissipation. As we have already pointed out, the stream flows downslope, unimpeded, and can therefore do no work against the force of gravity. (It is itself, subject to this force.) The movement of a stream would not be observed, if the earth were not in the path of the solar radiation, absorbing the energy. So it can’t really be seen as the “purpose” of the earth to dissipate this energy. Some tremendous percentage of solar energy simply radiates off into space, missing the planets (ref.) we will not, according to these principals, be able to find “natural machines” that in fact do work, as the sun’s energy, exerting a force, does not work against itself. [It is not possible for a force to have two simultaneous actions.] Which can be demonstrated microscopically. (26b) It might be supposed that turbulence builds clouds blocking the sun or cooling, much like Brownian motion might interfere with heating or cooling. There is no “interference.” These are taking the least path of resistance towards dissipation. And it is truly very difficult to imagine how one can make the claim that there is some “engine” within a natural system, speeding energy and wasting it in the least path of resistance. No engines that I know of, operate by offering least resistance and least work possible to effect their surroundings. That is precisely what occurs without a resistive force, and one cannot be found in these natural systems in the context of doing work. (26C) [note: (see my argument#16-17 from “Indifferent time” http://causaldistinctions.blogspot.com/2015/04/i-propose-challenge-to-maximal-flow.html specific to the arbitrary introduction of forces into diagrams “artificially assuming a force entering the microstate” which “in reality these are not ‘entering’ but are part of the system” and the assumption causes problems for causality.. (26D)

Also, a planet is not doing ‘work’ any more than an asteroid is ‘doing work’ by deflecting the solar wind (from deeper space) and moving in its orbit. So the question itself, that we ask here, cannot be properly defined under conditions where these terms are not differentiated. The process by which heat is dissipated or released also is not strictly a case where such heat is being ‘generated.’ As much as occurring, again continuously. As we note in the ‘*continuity principal’ in Fig 2]

Many of the maximum entropy production (MEP) advocates seem to be extremely confident in their physical results, they obviously believe that they are correct and that such models are experimentally subtantiable. However, can these scientists describe how MEP would apply to the problem of improving drug function in a cell? Perhaps we are to believe that a cell model is less complex than turbulence in a solution? If this theory of MEP truly is so widely cross-applicable to physics, why is it not directly applicable to solving chemical problems in drug activity? What principal of MEP is not already fully encompassed by other theories of chemical behavior and structure? When we examine a theory like MEP at the molecular level, we can find that there isn’t a behavior that it claims that is verifiable, MEP is no different than passive heat flow or passive diffusion, which have been known for 500 years. On the other hand, the theory I propose here can be tested. We can physically measure the amount of work that the system may do at different times, say at arbitrary states of I, II, and III and show that the available work diminishes, in agreement with observation. I have adapted these basic principals to a much broader application. (27) [see ref # (Lucia et al 2014) in my other archival paper “Can constructal theory be proven…? http://causaldistinctions.blogspot.com/2015/03/is-constructal-theory-by-adrien-bejan.html as some are apparently applying constructal theory to cancer models and treatments, and constructal theory is a ‘preferred dissipation’ model like MEP see my note [17] below]

Viewing a planet as a system such as a “Giai system”, seems reasonable for the life infused earth, but it wilts rapidly, when such a thesis is applied to the moon. In fact, far from equilibrium dynamics does not seem to encompass radiation from lunar soil in the same way as it does convection of an ocean. Nor it appears would the Giai hypothesis seemingly have any bearing on an asteroid floating between Mars and Jupiter. And yet a body such as the moon or a smaller asteroid, reflects heat and dissipates heat from its surface, in the same fundamental, physical manner as the earth. It would not seem unreasonable to require that a theory must apply to all objects as these all exhibit similar fundamental behaviors of energy exchange. These examples point out the risks of over anthropomorphing theory to meet pre-conceived notions, particularly ones that seem appealing to the mind or socio-poliitical or cultural aspects. Hence the necessity to reduce the problem to elemental units, and my reference to the passage of energy through open space. What is the purpose of open space flux of energy through a surface? None. No Gaia hypothesis applies to such space,  nor it seems a “Maximum Entropy Generator” to the moon or our system’s asteroids. These are the objective elements of vectoral forces. But that is the objectivity that is demanded of the physics. No doubt, the theories advocating some aesthetic balance or drive will still have more appeal, but the cost of that appeal is the murkiness that masks reality and ethereal elegance.

 

Conclusion:

In conclusion, I believe this theory is substantiated by empirical experience and evidence, including many of the experiments I myself have conducted (here and elsewhere) that shown convincing evidence that chemical processes in general, starting with order as in the condition II described previously, lead to products which are then successive end points leading towards products of increased entropy and a lower capacity to do work. Most importantly, these experiments show the lack of any resistive force, chemically resisting that path that is intrinsic in these in vitro chemical systems.
What is that resistive force? Where does it come from? that resistive force F (sub R) =F sub L, (28) necessary to do work, would be Critically present to ANY equation that relates thermo to how life evades thermo currently and in the past.

 

As Schrodinger remarked “ in his work, it has already been supposed that life somehow opposes second law, that is, unlike the inanimate system, it avoids decay. It was already known that the sun supplied a critical energy needed by life to avoid this decay, also pointed out in the same work by Schrodinger and known to others [1]. This however, is not quiet what is at issue here. Because it was assumed by Schrodinger that the basic physics of the second law were intact, it was only really a matter for genetics and biology to work out the details as Schrodinger in fact, remarks at the start of Chapter 6, “Delbruck's molecular model, in its complete generality, seems to contain no hint as to how the hereditary substance works, Indeed, I do not expect that any detailed information on this question is likely to come from physics in the near may future.” So that echoes the modern view rather precisely, minus of course the progress that’s been accomplished in modern biology since 1944. [*5.5.15 It has been supposed that life must operate against the second laws’ prediction for a closed system, but it is a generally believed principal if not dogma, that it is not violating the second law. Though what we find here, is that has depended on both how life was defined, i.e. as a bio-machine, or how the system has been defined.] The real question is, is life violating thermodynamics, a much different meaning than “opposing” or “overcoming” the law, (e.g. much as organisms resist gravity, they don’t actually violate gravity). What is not realized by other skeptics of the second law’s applicability, but IS recognized here, is that the system model ‘open or close’ problem, really only works for animate systems. Only in factories (exemplified in the manufacture of highly ordered systems like computers) do we have the proper meaning of “the exterior system increases entropy much more than the system in which entropy is negative. The same holds true for cells and living things. So this model is somehow projected upon inanimate ones, to be equivalent. Add the fact that animate is equated with inanimate, (in so many sources, Prigogine 1973, Schrodinger 1944, as an underlying assumption of physics..) and one can see the (foundation of this largely unwavering) support for this belief. Furthermore, (and to that point) I also believe that what is at issue here is the problem of the lack of definition between animate and inanimate.

 

 

Notes and References

1. The second law is stated more formally as “the change in entropy of the system will always increase, OR it is always positive. δS=δQ/T≥0. (Schrodinger, “What is Life” 1944) “(Chapter 6 LIVING MATTER EVADES THE DECAY TO EQUILIBRIUM) When a system that is not alive is isolated or placed in a uniform environment, all motion usually comes to a standstill very soon as a result of various kinds of friction; differences of electric or chemical potential are equalized, substances which tend to form a chemical compound do so, temperature becomes uniform by heat conduction. After that the whole system fades away into a dead, inert lump of matter. A permanent state is reached, in which no observable events occur. The physicist calls this the state of thermodynamical equilibrium, or of ‘maximum entropy.'” So we can see that the ME or MEP was already clearly stated in 1944 by Schrodinger.

1b. {5.9.15 We will further define this entropy more universally as the system will tend towards a state in which a quantity of energy is no longer contained such that it will spontaneously do work on the system around it, though this is specifically in Case II, where some order exists, technically speaking, the classical definition of entropy does not apply based on Case I, that is a surprising implication of this virtual space and that condition. The notion that useful work declines in a closed system is itself a man-made imposed condition which is not apparent, or known to be apparent, in natural systems.}

2. “The general struggle for existence of animate beings is not a struggle for raw materials – these, for organisms, are air, water and soil, all abundantly available – nor for energy, which exists in plenty in any body in the form of heat Q, but of a struggle for entropy, which becomes available through the transition of energy from the hot sun to the cold earth.” Boltzmann, L. (1886). The second law of thermodynamics. Populare Schriften, Essay 3, address to a formal meeting of the Imperial Academy of Science, 29 May 1886, reprinted in Ludwig Boltzmann, Theoretical physics and philosophical problem, S. G. Brush (Trans.). Boston: Reidel.
3.  “Newton’s Rules of Reasoning in Philosophy” (from Principia, editions 2nd (1713) and 3rd (1726) tans. A Motte 1729:http://en.wikipedia.org/wiki/Philosophi%C3%A6_Naturalis_Principia_Mathematica Rule 2: “Therefore to the same natural effects we must, as far as possible, assign the same causes.”

 

4. One can, based on the “time equivalence” principal, (I show elsewhere) conclude that everything (in true isolated, inanimate systems..ie natural systems), is at thermodynamic equilibrium, the only constraints would be the amount of time and perhaps the scale of the system in question. This means that in essence, there is no such thing as “thermodynamic equilibrium” in an absolute sense or a physical sense, it cannot be observed or defined. It is an artificially imposed, relativistic statement, unlike the law of gravity or even of heat dispersion itself (Claudius), or diffusion (Fick’s law). Equilibrium is not a dynamic itself, it is not a tendency, unlike other physical laws. Actually, entropy states just the opposite, natural systems tend toward non-equilibrium. Equilibrium is simpliy an observed state, a “shelf” or “paused state” in dis-equilibrium, which is principally why I don’t believe it is experimentally or observationally justifiable to claim that any system finds a state of maximum dissipation or equilibrium, that is adding or imposing artificial conditions. We can imagine, that it is physically analogous to a similarly absurd claim that a body at rest, a ball lying on a table for example, is a new physical or preferred state. There is no such law nor does this information make any predictions, and equilibrium of moving molecules in a coffee cup are analogous to any other motion. And further still, where does one find these equilibria? Find these in nature do you? There are no “coffee cups” with their molecules at equilibrium which is an exasperating point, when such an experiment is then used to correlate to systems in nature, it is simply “begging the question” further. This is yet another experiment to show the fallacious logic that is currently used to support the use of current equations and models, these apply IF one can assume such an equilibrium can exist (one arbitrarily established by an imposed force or introduced force), these apply (conditionally) IF some level of organization, of order exists in order to replicate once, as many sources have presumed in their underlying hypothesis for the origin of life based on thermodynamic principals. There is no evidence to make this assumption, and that assumption (hopefully) is not made here in this paper presently.

 

5. Jeremy L. England, (2013) "Statistical physics of self-replication" doi:10.1063/1.4818538, v 139 J. Chem. Phys.
6. England, 2013 ,”New Physics Theory Of Life”, Natalie Wolchover, Quanta Magazine ( Jan 22, 2014) https://www.quantamagazine.org/20140122-a-new-physics-theory-of-life/ “Although entropy must increase over time in an isolated or “closed” system, an “open” system can keep its entropy low — that is, divide energy unevenly among its atoms — by greatly increasing the entropy of its surroundings.”… “Life does not violate the second law of thermodynamics. ”
7. My comment relating to how energy from the sun effects force balance on earth, thermodynamically. In Quantum Magazine, May 5, 2015 at 4:08 pm “To C.H. (commentator), May 2, 2015. It is not that I'm saying things are in balance in so much as I say that the force applied is in balance (in the cases mentioned). There is an oppositive force of equal magnitude , I'm making that claim for specific reasons discussed. I should probably state that it applies to the equilibrium condition, though it's implied when I state 'normal force' N-bank. As I diagrammed a bit more clearly: http://causaldistinctions.blogspot.com/2015/04/i-propose-challenge-to-maximal-flow.html In such a force diagram, we're not talking about conditions for "all of time" or even 1 billion years, but it is assumed for example, that a book resting on a table is in equilibrium, in an interval (of virtual time), and thus experiences an equal and opposite force pushing back. However, we also know that the third law applies in non equilibrium, the net force does not have to be equal magnitude since it is only proportional to the mass , ball 'A' can impose a force, 'ma' but ball "B", a smaller 'ma' so the net force might be highly scewed in the other direction, and b will go backwards, hence non equilibrium. But if you notice I am also making the case" for molecular based theory of a macro state, which you'll notice is being negated by constructal Law and Bejan basically states "it isn't necessary to consider molecular theory to obtain macro behaviour", which I paraphrase, but he's dispensing with particles and I'm showing why that's wrong.But returning to equilibrium condition, let's assume the river bank is more or less in equilibrium, in this state the force opposing the water is equal and opposite. The interesting notion is the causality of how that equilibrium was achieved. If you consider that the greater source of non equilibrium is the sun, and if we imagine there are packets" of this energy incident on our planet, which translate to the motions of storms and.. rivers then any non equilibrium from that equilibrium state, is thus some unit of that packet, it is not ridiculous to say it is molecular scale, as you're aware of planetary scale weather theories based on molecular theory, ie how well CO2 absorbs sunlight, or how water dipole effects its heat absorption more than say, co2 (no dipole) or any other gas really. But the big point of my derivation, its implication, is only to state that the non equilibrium is due to these packets- the non equilibrium of the river is caused by Fluxes in these energies, NOT by the river itself, nor by the change in the river bank. There is no such thing as constructal law governing a river as we have just defined the rivers motion as the sum of these "pushes" from the sun, (being counterbalanced by normal forces of the bank and river bottom) so these are as much relevant to the rivers (acting) force than what we observe (on earth),..a river is not a discreet, defined thing in terms of this physics.(I should also say that this kind of "being a stickler for precision", in causality is relevant to the thermo issues here, but also to the problem of equating animate and the inanimate..which you'll note is assumed in the article above, and by maximal flow laws).

 

8. G. Sewell, A Second Look at the Second Law, Appl. Math Lett. (2011) “Anyone who has made such an argument is familiar with the standard reply: the Earth is an open system, it receives energy from the sun, and entropy can decrease in an open system, as long as it is “compensated’’ somehow by a comparable or greater increase outside the system…”Of course the whole idea of compensation, whether by distant or nearby events, makes no sense logically: an extremely improbable event is not rendered less improbable simply by the occurrence of ‘‘compensating’’ events elsewhere.”

 

Paul Peter Urone, College Physics, Brooks/Cole, 2001 (via Sewell paper). “It is true that the evolution of life from inert matter to its present forms represents a large decrease in entropy for living systems. But it is always possible for the entropy of one part of the universe to decrease, provided the total change in entropy of the universe increases.”

Angrist, L. Hepler, Order and Chaos, Basic Books, 1967 (via Sewell paper). “In a certain sense the development of civilization may appear contradictory to the second law. . . . Even though society can effect local reductions in entropy, the general and universal trend of entropy increase easily swamps the anomalous but important efforts of civilized man. Each localized, man-made or machine-made entropy decrease is accompanied by a greater increase in entropy of the surroundings, thereby maintaining the required increase in total entropy.”

Problems: Sewell correctly points to the problem which is being largely ignored, that of the apparent non-probabilistic tendency of life. However, he leaves the question open as to what might be entering the system. He also does not apparently address the expected and obvious counter argument that is present in a discipline outside of physics, e.g. modern Darwinism or modern synthesis-MKK

9. Brig Klyce, (updated 2015), http://www.panspermia.org/seconlaw.htm“Sometimes people say life violates the second law. This is not the case..we know of nothing in the universe that violates that law.”
10. Nick Lane “New Research Rejects 80-year Theory of ‘Primordial Soup’ as the Origin of Life” http://www.wiley.com/WileyCDA/PressRelease/pressReleaseId-67977.html “Textbooks have it that life arose from organic soup and that the first cells grew by fermenting these organics to generate energy in the form of ATP. We provide a new perspective on why that old and familiar view won't work at all,” said team leader Dr Nick lane from University College London. “We present the alternative that life arose from gases (H2, CO2, N2, and H2S) and that the energy for first life came from harnessing geochemical gradients created by mother Earth at a special kind of deep-sea hydrothermal vent – one that is riddled with tiny interconnected compartments or pores.”
11. JBS Haldane (1929) Primordial Soup theory. http://en.wikipedia.org/wiki/J._B._S._Haldane
12. Avshalom C. Elitzur (1994) Let There Be Life: Thermodynamic Reflections on Biogenesis and Evolution.” “…The evolution of any type of self-replicating systems, even the simplest ones, is shown to be highly efficient in extracting, recording and processing information about the environment. A variety of related issues yield some surprising conclusions when discussed in the thermodynamic context.
13. Claudia Huber and Gunter Wachtersha“Peptides by Activation of Amino Acids with CO on(Ni,Fe)S Surfaces: Implications for the Origin of Life” 31 JULY 1998 VOL 281 SCIENCE
14. S. W. Fox and K. Dose, 1977 “Molecular Evolution and the Origin of Life” Dekker, New York.

 

15. See Kleidon’s “ Life, hierarchy, and the thermodynamic machinery of planet Earth” Axel Kleidon doi:10.1016/j.plrev.2010.10.002
16. John Whitfield, Complex systems: Order out of chaos Nature 436(7053):905--907 (August 2005) “Can the behaviour of complex systems from cells to planetary climates be explained by the idea that they're driven to produce the maximum amount of disorder?”
17. See Kleidon’s et al, (page 4) “The following two papers deal with hydrological processes on land. Zehe et al. (2010) evaluate the effect of preferential flow associated with biogenic soil structures on hydrological fluxes using nonequilibrium thermodynamics. They show that these structures act to maximize dissipation of chemical potential gradients within the soil.” (Axel Kleidon et al. Maximum entropy production in environmental and ecological systems Phil. Trans. R. Soc. B (2010) 365, 1297–1302)

I have already commented on theories such as these, Kleidon et al. The premise is that one might obtain data in this case, on “hydrological fluxes” such that there is some base line state. Then, presumably, over some period of time there would be another state, one in which there is a shift towards some other stable state. But one can see that in this experiment, the assumption has to be made that the system will progress from where it was in an initial condition to some other state, presumably a measurable rate of flux, etc in another condition. That presumes that there is some other physical reason for this change in state to occur, which further assumes, as I’ve already argued, that it is some OTHER condition or state that the system is not already in.* In other words, why is the MEP not already realized in condtion I or the initial state? as a function of it set up as a physical system, BEFORE it was set up to be measured? These are the experimental questions for the theory of MEP and other so called optimization theory.

We also see in the quote I have provided, the rather disturbing realization that it resembles very much maximal flow theory, with its ‘preferential flow’ maximizing energy dissipation in ‘biogenic soils’. [We further note that in fact “figure 1a” of this paper (Kleidon’s 2010 ‘MEP..’) apparently deals with a phenomenon described as “temporal evolution into steady state” which depicts a change in a system (not specified). What is also interesting, is the use of figure 1b, which depicts two resistors in a circuit. Are we to imagine that the resistors are now looked at chemically? Since the actual resistance of the wires is a function of their chemical composition, the type of metal etc. and we might also see such a system simply as a chemical one, subject to rust and degradation, but we can see also, that there is no preferred view of such systems. What is it physically that makes the circuit a physically distinct system from its molecular parts? Entropy could, in theory, be considered for just the wires, or just the chemical composition of the atoms in those wires, there is no justification here for any particular view.]

 

Kleidon et al, in the paper, (see page 1) also offer this working definition of the second law but also what they mean by an example of the maximum entropy principal (MEP): “The second law states that for isolated systems that do not exchange energy or mass with their surroundings, the entropy of that system can only increase. Over time, this law translates into an evolutionary direction by which a system evolves to a state of thermodynamic equilibrium, which is characterized by the absence of gradients in temperature or chemical species.” It would appear that they are simply stating, or restating that the “entropy of the system can only increase” thus reach a maximum. Again, whereas I don't disagree that a system of molecules will diffuse until that diffusion stops, this doesn’t appear to really be a “maximum”. Can we not now examine THIS system, the one in equilibrium? In reality there are no examples of systems in perfect equilibrium on this planet. Every known mechanical contraption, every system we invent, must degrade, none are safe. So the so called equilbirum of molecules in a container, are not really in an equilibrium if one simply changes the time frame, in that context such a theory simply doesn’t add up to finer scrutiny. And the same causal analysis I apply to the non-equilibrium of a container, also applies to natural systems, since after all, that is really the main purpose of MEP, to discuss natural systems of the earth, convection, winds, storms, and others. It would be highly untenable to examine a river or vortex, and state that such a system is now in some sort of equilibrium. Based on what observation? Or law? We could just as easily state, as Clausius did, that heat is lost from a system over time until it reaches equilibrium with the surroundings. But we can also see such a view is relative. What are the surroundings? The kettle cools to the termperature of the room, but the room is still maintained at a higher termperature than the outdoors. It is a relative concept and we would not really state that the temperature of the kettle has reached some sort of minimum, not in a generalized sense as this simply wouldn’t be verifiable. Without any relative specifications we don’t have a system to speculate upon. As I’ve already stated, there is no difference between the arbitrary states of I,II and III.. But this statement is not physically differentiable from “the ball has now come to rest on the table.” That is just as true as the beaker has reached equilibrium. But neither of these facts by themselves, provides a theory that predicts a future state. We find that such relative states, though possibly useful in applied situations, are not useful in our causal analysis of virtual closed systems and implications to the Second Law.

 

18. Pascal R, Pross A: The nature and mathematical basis for material stability in the chemical and biological worlds, J Syst Chem 2014, 5:3
19. Isabelle Weissbuch et al., “Racemic β-Sheets as Templates of Relevance to the Origin of Homochirality of Peptides: Lessons from Crystal Chemistry”Acc. Chem. Res., 2009, 42 (8), pp 1128–1140 DOI: 10.1021/ar900033k
20. James Attwater “In-ice evolution of RNA polymerase ribozyme activity” Nature Chemistry, 2013. DOI: 10.1038/NCHEM.1781 Note: Their conclusion regarding RNA replication (2013) in an associated press release of the paper was the following: "It's great progress, but the result still comes far short of a molecule that can copy itself. For one thing, the ribozyme tended to stop short of the end of the molecule it was copying, mostly because the two fell out of contact."
21. Strother, 2007, “Lectures” Boston College site: https://www2.bc.edu/~strother/GE_146/lectures/14.html “The second law, therefore seems to violate what we see happening with in biological systems that appear to create more ordered systems over time. And the chemistry of the evolutionary process involves the exchange of energy in a system, so it is subject to the second law. We get around this problem by defining the "system" that is subject to the second law as including the Sun and Earth - thus, the energy arriving from the sun and its interaction with Earth's (biological) surface results in an overall entropy increase, even though, locally, on the Earth's surface, biology causes an apparent decrease in entropy.”
22. Regarding the whole Sun-Earth system and “getting around the problem by defining the ‘system’ that is subject to the second law..”, I’m reminded of this very issue today (in a comment section I participated in, (see link to “Quanta” below) It goes like this. I stated: “a system of molecules lacks the capacity to remove entropy” The answer (an actual one I received): “MK, Think of a refrigerator, the refrigerator operates between two reservoirs, and its waste heat is pumped out.” 

Undiswayed, the commentator then described how molecules in sea water, e.g. salt gradients are examples, of how massive groups “pump entropy” into space during their heating and cooling cycles, (this presumably would lower entropy by creating crystals, which as I’ve described above, is not actually reducing ‘entropy’ the way we have defined it here, in a better form.) but I went on to explain this in more detail see below (I respond on Quanta May 5,2015

23. I respond (5.5.15) on Quanta see Emily Singer “How Structure Evolved in The Primordial Soup” April 146, 2015 https://www.quantamagazine.org/20150416-how-structure-evolved-in-the-primordial-soup/

• Matthew Kosak says:

May 5, 2015 at 4:57 pm Jon, it is not so much the details of “how” in the model you discuss, but the relative differences in entropy or disorder that I’m referring to. The earth is in a state of shedding order, and heat, it is “trying” to reach equilibrium, and if we imagine that the sun is not inputting energy, then the earth’s conveyors and salt density gradients would progress towards equilibrium. That, on a global scale is what is occurring in a simple bench top beaker system with a collection of molecules. But that relative disorder is key because you’re assuming that clusters of molecules in one region, will have “advantage” over others, when in fact each cluster is “trying’ to rob energy, i.e. increase entropy of the other cluster, as in a salt density gradient trying to diffuse towards another region around it. In such unbounded states you have a real theoretical problem of showing feasibility of advantaged or stable gradients of molecules, especially ever achieving useful polymers, as we know that useful polymers in beakers are degraded. Storms and ocean density gradients encourage mass scale mixing and molecular diffusion, working against order. What evidence might there be to say these natural forces/processes you mention do not increase disorder? It is a fascinating question.

24. This paper makes testable assertions, a primary one being that the construction of constructs, i.e. in nature, via absorption of external energy, the sun or geothermal, might result in products but these products are not of the sufficient entropy to lead to other products. As the model shows, the entropy is always higher outside the horizon, than inside, which is measurable [entropy must drop externally, (the net entropy i.e. the sun or of space) before molecules can propagate outwardly or heat can flow]. The difference is that this “Virtual Closed System” Fig 1 is occurring within an OPEN system, with copious energy (sunlight) entering from the outside. [No one ever observes that the chemicals on their shelves “improve” with age. Nor do the products they generate. The downhill tendencies, the entropy of these bench chemistries are already well known and not surprising to most chemists. One would expect even more accelerated entropy production in nature.] They have excessive entropy contained within these systems, and the reason for this it is hypothesized, is the lack of a normal force, Fn. Regarding the self-assembly from inanimate, there have already been attempts made over 100 years ago by Traube in “La biologie Synthetique” (1912) in bizarre experiments with manganese. So other researchers have been attempting and failing in this for over 100 years.

 

25. The consequence of the presence of this normalization force is that the passive flow of heat would then do work, and further, that it would generate a different form of heat, heat which has even less capacity (a net capacity) to do less work on the system than before, or perhaps none at all. The passive flow of heat from the sun, and the earth’s convective belts, should in principal do no useful work, against the surrounding system. Thus it would generate no quantity of this ‘heat’ a lower capacity for work. This ‘normalizing force’, F_L would also have with it a proportional unit of heat, Q_L, generated at a specific rate of heat production ΔQ_L per unit change in time. We might view the “test subject” or test matter or structure inside the entropy horizon (either conforming to its outer surface, or surrounding it as the sphere diagramed) as a hypothetical ‘structure’ composed of essentially force vectors in motion presumably from the convective forces set in motion by the sun’s energy. If we then imagine that the convective forces are essentially Brownian à macroscopic turbulence and massive vortex, and that some small quantity of this can be envisioned that is moving through a space, then we might imagine any one of these as having a potential to form order but also a potential to decrease it. The probability would be equal for both states. We also note that the ‘test subject’ does no work against its surroundings, since the Fn this vector, is a resultant of surrounding vectors, much like a stream of energy flowing. The appearance of order of  crystallization in such a conveyor system, can be calculated to be of higher order but this is an imaginary, non relevant value (as we’ve defined earlier), as its reference is virtual (to a hypothetical system in which it is not formed). In reality, the crystal formation is simply lower order, ‘in flow’ or ‘in stream’ vectorally, with its surroundings. Based on this diagrammatic experiment, we would not expect that such massive crystalline formations would in any way generate F subL against its surroundings. Rather, we’d expect that any quantity of order set up by these vectors, or artificially added to the system and placed within the entropy horizozn, to exhibit some loss of order, irreversibly over time, such that the energy it radiates is of lower capacity to do work on the surroundings. But we note also, that in th is case, no F_L is present.

Addendum:

It can be imagined that the particles in motion (see radiative diagram in Fig. 3, below) are given some momentum from the sun, that is, they have some energy available E_A or E_S (E_A=E_S) meaning that this is the source of the heat or paritlce motion (and labeling differently from waste heat which is of a lower form), which does in fact exert a pressure for example, in the atmosphere as it energizes and translates motion to molecules there. What is not shown but can be envisioned, is the same E_A net from the sun, say some quantity of this heat, being instead incident upon a floating dust cloud. In this case we see some of the E_A being only slightly diminished and continuing onward as it is deflected, whereas some is absorbed by the particles (by direct collision of the energetic particles with atoms in the dust) and is translated into motion of the dust and radiated heat Q_N loss. So the net energy is always, in the case of the earth or the dust cloud, essentially Q_N+ E_A2 (net ('final'))+kinetic motion = E_A1 (net) 'starting' from sun. But in the case of the earth, there appears to be a normalized force F_L that is imposed and this imposition has some probability that is >>0, where the probability of a F_N in this case is virtually 0. What I show earlier in the case of “indifferent time” is that these incidents of normalized force, be they a normal force of a river bank, the water resisting pressure of the particle in momentum ( a packet of solar energized particles exerting a force) or the land, these forces do not appear to anything but passive, and thus only help move the energy E_A in the least resistive pathway available. (Much as we’d expect of the particles in a nebular dust cloud) they simply excite and then relax as energy is reemitted back into space.) What then is the difference? This is a key issue.

*The available energy to do work, must be proportional to some average number of particles N with some average energy E. But if we trace such a “packet” after incidence upon the atmosphere, or on the magnetic field, it (the net E_A) will be diminished in each drop of the “energy ladder”. The massive quantity of heat radiated from the earth cannot be completely waste heat, it must have some fraction of E_S + a lower form of heat Q_N).
 

Fig. 3 The earth is constantly attempting to shed its heat energy absorbed from the sun and reach a thermal equilibrium or maximum entropy. The constant absorption of Available Energy, EA from the sun prevents this (yellow) by driving essentially the disequilibrium in the conveyor which I depict as an energy ladder. I have not shown the “entropy horizon” diagram here (for simplicity). Normally, the available energy of the sun cascades along a series of steps, ejecting waste heat (that can’t do work) QN in each step, and the remaining available heat proceeds along until it eventually radiates to space. Not shown are the numerous steps, but clearly, each step is robbing the available energy, the active heat (ES = EA) of its capacity to do work on the system. I show also with the wiggly line across a step” a normalization force or FL, which also exhibits a unique QL at some special rate of loss. What should be diagramed is essentially the partilces bunching up against a wall, forming a gradient or pressure’ experienced by the FL normalization force, which also extracts some proportional amount of work WL not shown.

 

Regarding the E^o, in which I define it as having energy (sun light energy), but such energy is << than that required to do useful work on the system, I do not intend for this definition to be unnecessarily obtuse. I’m actually referring to a concept that I believe is reasonably testable. Though (for reasons of the argument I make here), there are no known cases of self replicating inanimate systems that we know of in nature (nor on the bench top). Rather, in every case where there are self replicating systems that we encounter in nature, these require some input, not only of energy, but also of order, at some minimum threshold level. I don’t believe this is well understood but the concept seems rather straight forward. Obviously, the ‘seed’ order cannot be below what is required and intuitively we recognize that living things required not only DNA, but also a cell body. My point here is that we can envision these “virtual closed systems” as actual systems present in nature, and I believe they are, that is in fact at least one of the testable constructs of this paper. Such ‘virtual closed systems” would be isolated in a significant way from the environment around them, likely by a semi-permeable barrier. Such a barrier would of course, allow energy to enter. This energy might be in the form of potential energy, such as that from chemicals in for example a heat vent, or it might be in the form of kinetic energy or both. There are certainly many potential regions we can envision on earth, and lakes would be one example. Water is entering the lake, bringing organized molecules, and they might congregate in this region as there is a barrier to the movement of molecules out of the lake by the structure. Sunlight enters, as does some geothermal heat, so this would be Eo, and my statement , Eo << work required” is that this is not at a sufficient level to do work on the molecules in the lake. A similar case might be found in isolated regions of tide pools, or caves. The mere fact that there are molecules present in these locations, that have some gradient, either in concentration or in their energy state, does not indicate that self replication is possible. This does not show in my mind, evidence that the sufficient energy level can be met. We already have for example, a massive virtual closed system, and that is the earth, with its sunlight providing a massive gradient in terms of potential energy. We can imagine many different syntheses in which molecules are ‘made’ spontaneously and yet we also know that this thermodynamic model is fundamentally flawed. Even if it was possible that advanced organic molecules were being made en masse, in some isolated primordial lake, the supposition of this model would require that the driver of the process is the energy of the surrounding system.

However, this situation lacks an energy model, and the complex molecules being made are going to be made, that is true, but it is a process that resembles normal synthesis on the bench, not self replication. And that it is still not shown how such a system of molecules will pump out other molecules, to form a gradient. That is the problem that all of the articles regarding elaborate self replication computerized models seem to lack, no thermodynamic model. Never mind the actual molecules themselves, how are groups of replicating DNA or RNA and proteins going to be shown to actively oppose their surroundings? [*in bench models we have roughly Condition II, but not exactly. It is experimental fact that these systems still run down hill” even from their energy inputs, the external supply, (which themselves run downhill think of the power plant), and they proceed more TOWARDS equilibrium of total work potential S _inside= S _outside than AWAY from it. For example, what happens when the pelltier driven thermal cycler is turned off?] So we have instead the case of Condition I, in which the equilibrium is established after some time. and S inside =S outside. And that can occur even in cases where vast quantities of energetic molecules are being made naturally. They are simply part of a more elaborate energy exchange process in which energy is being dissipated, they are NOT in fact showing an exception to the Virtual Closed System,” but demonstrate that the available energy (density) capable of doing work is equivalent inside the entropic horizon and outside it.

If living things including ourselves, were in fact, a form of “energy dissipation system” much like other systems, in what fundamental way would we , living things, be different than other systems? But what is also clear is that in such a system, in which life is a dissipation system, albeit a much supposedly better dissipation system (see Prigogine 1977 et al..) then we simply have the problem of such a system be determined from the external energy sources that it dissipates. In other words it is a fundamental issue of causality.