Two Disproofs of "Maxwell's Demon" in Thermodynamics

Maxwell's Proof of Energy conservation is supposedly absolute, but what is? (Einstein thought relativity rules, that relativity is absolute). In my own causology of field preservation energy conservation must not hold for gravity at large distances because the cosmos is always winding down about thermodynamics. gravity must always wind it up, so gravity would be the prime mover. It would multiply up its power without resistance from the other fields at large distances and implode more than explode because long range implosion over explosion would support energy conservation. It's like they say on CMT (in or out of tune, I can't spell F!) you can't fall out of the Milky Way. If the cosmos radiated out more than in it wouldn't be connected up by gravity, so energy would be being lost to the cosmos without more implosion. So if gravity doesn't violate energy conservation by radiance, it can by implosion, creating more motion in than there would be otherwise. Because they are opposites, energy conservation is of worth to prove the attraction of gravity, and it may be also of worth to disprove its expansion at the greatest distance ("the edge of the universe" beyond which neither gravity or electromagnetism may reach, first the gravity might seal off the light as Einstein believed in general relativity by attracting it, then at much greater radii, the gravity might then attract and seal off it's own radiation so the cosmos would not leak out radiation to conserve energy by way of gravity at the higher radii. It's possible at distances like the outside of galaxies which are spinning too fast they say to not be in one solid mass by centrifugal force, gravity might reduce resistance and increase power and speed, here violating energy conservation perhaps with the 1/d law not 1/d2 some have believed in. Nearer in gravity might be with reduced power to 1/d2 by the reradiation of the gravitational field Einstein believed in I hope to revive for the worth of the cosmological constant.

MAXWELL'S DEMON-ARRGH...

He could have named the demon, a wonder mop, so great! Einstein copied Maxwell the most; even so Maxwell believed we couldn't outsmart thermodynamics. Maxwell's thought experiment was with a box; if some way was found to seperate the fast air molecules from the slow, the seperation of the temperature would be useful for work, this would seem to violate the 2nd law, that heat flows from hot to cold. With no computers around in Maxwell's time he hired an Elf like on the web at Christmas these days, named Maxwell's Demon who would have the power of moving a door with the mote as it would zoom past it and the box filled with the fast molecules would seperate the hot and cold air for unlimited work done for this inconvenience to energy conservation and physics. Maxwell believed more computational power is always needed to find out where each particle was and open the door than it was worth in the power won. The Elf was to be proof that thermodynamics were absolute and that disproof was impossible. This was stated with elaborate proofs, that this finite problem is unsolvable..

.Consider however that it's well known that any computer with enough time can solve any finite problem. To define information is ephemeral, but to balance it like a computer does with equations is most or all we are, like science, evolution or inventions, going from simple to complex, hopefully solving more and more. We know much about how chemistry is but not as much about why; science uses how more than why. If gravity is the prime mover, it's obvious with an everlasting power source like gravity, it's aiding in solving finite problems of thermodynamics all the time. Energy may be constantly being created by the gravity of the light of the sun to solve all sorts of problems or we would have run out by now. (If you didn't have enough to lift your brightbells when you were 35 wouldn't mean you couldn't when you were 40, a better machine might be beds that shake you for exercise while you stretch out to go to the FDA R&D station or look up and see a computer that looks like a lamp and has mirrors to reflect up to see even the stars and steam, helpful for rest to watch they say. EASY TO INSTALL, NO FLOOR SPACE! See Ma Bell's Ratings Rise!) Sooner or later any finite problem may be solved. The problem is finite so with effeciency improvable up to 100% sooner or later we may win more than we lose by passing the level of the problem. The particles to be moved by Maxwell are finite. Consider also a method of mine to move asteroids. Move a small to medium stone via a laser nearby a giant one and the giant comet is moved our way by the gravity changing the motion to us, saving huge cost of materials, or even used by a loop around the earth's poles with generators above the poles to use the asteroids motion as a large motor. If this isn't energy won, just by moving a stone and knowing how, what is? So too Maxwell's Demon could use a method like this to seperate the fast and slow molecules. If you think of this as just levels of power, complex thermodynamic proofs are unnecessary. Sooner or later any finite problem will be solved. The room for profit may be small, but if there's motion and a ship can even sail into the wind, even if most heat flows from hot to cold in general there are ways to make better use of the flow. If there was no way for heat to ever flow from cool to hot, how is it ever hot to begin with. All of it won't flow from cold to hot, we can make the best of the field that might. If Maxwell's Elf was without reliance on bits and bytes and just put the molecules in a sieve which deflected the fast molecules via an electric field, computation is saved. In truth the power of motion of the air in is just the air's heat and this is how a machine like this may be built, this isn't proof of thermodynamics, but it may be of worth to us in general.

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Consider too a pool table with the all the World Cup of pool air moving around and Maxwell's Elf has two new inventions Maxwell was aware of if like me, for even he could have thought of just using sight to see when the fast or slow molecule was moving to a pocket. Maxwell could have also invented light and fast movable pockets around the edge of the shelf to catch the fast molecules or bounce off the slow. This would easily seperate the slow from the fast, so Maxwell always may win at 21... And there's no cause to believe the atoms and the pool are not with the same physics, e.g. Maxwell was years before the Uncertainty Principle, Einstein was uncertain why! There's no proof that the energy of a probe has to be so near the measured particle it strongly influences it as we see all around when we look to see the tiny light reflect off the cushion, a cozy thought, and the new low energy quantum experiments where a lower energy wave or particle is of other that the same as the measured particle seem to be proof of Einstein. Thus Maxwell is neither proven about this in thermodynamics or the Uncertainty Principle.

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Ways Invented To Improve Physics Via My Disproof on Maxwell No doubt a better heat pump may be one way this could be of use. Another is in a wall of material of the right wavelength of the atoms find the wavelength of incoming hot atoms and use some of the incoming energy to generate an inverse wave of the same wavelength and energy, to cancel out more of the heat in a less bulky cooling wall or a smart insulation. For heat of more than one wavelength, several layers might be used, all the above transparent to all but the heat it cancels. A third use may be to make a mirror that reflects light or heat better by storing a bit of the light as it comes in and then revivify the light as it reflects away, like a motor generator of a truck or bicycle stores heat going downhill to power up to the great superhighway above. A fourth use may be in a wall like outside a house, or just paint perhaps that finds just the hot molecules by resonation inward and these keep the room warmer, by making the wall essentially a giant heat pump (the wall itself stays at much the same heat). By using something like the equivalent of the epaper, and two layers of - and + paint the flow could be rapidly and completely reversed. A fifth use might be to improve collectors like heat, this may improve alternate power and perhaps make lightening viable for power. Each bolt has a kiloton of power it's difficult to collect because it's mostly light and heat. Click Here..For more about lightning for power and my other comments and observations about weather control.

... All these machines would be with the limit up to 100% efficiency, and the walls lose some entropy. Even so we would win more than we lose like with most machines, and these walls are better than before, like the pool molecules when you swim in the H3Ocean with the brunette women coming soon to a beach near us!

PS.Here in 2011 there has been research about building reversed entropy machines that outwit Maxwell's demon. Click Here for the article.

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