Yes this is another relativistic perspective of why gas loaded into the lattice of a time crystal APPEARS to take on fractional/hydrino/inverse Rydberg states. Once the atom achieves ground state it cant go any lower but it can be displaced on the time axis appearing to get smaller in either direction away from the present but I disagree with the statement [snip] Yet it wouldnt violate the second law of thermodynamics because the crystal would be in its lowest energy state; no useful energy could be extracted from it. [/snip] It certainly doesnt have to violate the 2nd law to extract energy if it taps zero point energy but it does require an asymmetry which opposes the return of these time displaced atoms into the present. My posit is that covalent bonds formed while the atoms are displaced oppose this return while atoms do not forcing Zero point energy to help disassociate the molecules so they can work their way back to the present the difficulty is setting the stage to promote an asymmetric path where are atoms are being displaced in time from one point while displaced molecules that formed from these displaced atoms are finding their disassociation threshold being reduced By the same random gas motion we are told is unexploitable at the macro scale or would require a maxwellian demon . My point is a time based variant of the maxwellian demon is possible and is responsible for the anomalous heat reported since the days of Langmuir. Fran
[Vo]:Time Crystals Axil Axil Sun, 19 Feb 2012 23:07:03 -0800 Time Crystals Reference: http://arxiv.org/pdf/1202.2539.pdf And a companion paper http://arxiv.org/pdf/1202.2537.pdf It sounds like the title of a bad fantasy movie time crystals but it could be the next big thing in theoretical physics which might be worth the time and pain to rap ones mind around this new weird subject. Those who are interested in zero point energy should expand their interest to include time crystals as a motive principle in the weird and unexplained... ideas possibly related to the realm of perpetual motion machines. In two new papers, Nobel Prizewinning physicist Frank Wilczek lays out the mathematics of how an object moving in its lowest zero point energy state could experience a sort of structure in time. Such a time crystal would be the temporal equivalent of an everyday crystal, in which atoms occupy positions that repeat periodically in space. The work, done partly with physicist Alfred Shapere of the University of Kentucky, appeared in part on February 12 in arXiv.org. We dont know whether such things do exist in nature, but the surprise is that they can exist, says Maulik Parikh, a physicist at Arizona State University in Tempe. Like Murphy Law states: "If it can happen, it will happen,". Like any new idea ,scientists dont know how important time crystals may turn out to be, or whether they have any practical application at all. But Wilczek, of MIT, says the concept reminds him of the excitement he felt when he helped describe a new class of fundamental particles, called anyons, in the early 1980s. I had very much the same kind of feeling as Im having here, he says, that I had a found a new logical possibility for how matter might behave that opened up a new world with many possible directions. Wilczek dreamed up time crystals after teaching a class about classifying crystals in three dimensions and wondering why that structure couldnt extend to the fourth dimension time. To visualize a time crystal, think of Earth looping back to its same location in space every 365¼ days; the planet repeats itself periodically as it moves through time. But a true time crystal is made not of a planet but of an object in its lowest energy state affected by zero point energy, like an electron stripped of all possible energy; zero point matter is you please. This object could endlessly loop in time, just as electrons in a superconductor could theoretically flow through space for all eternity. Its doing what it wants to do, and what it wants to do is move, says Wilczek. In a sense the time crystal would be a perpetual motion machine: If scientists could build one in a lab, it would run forever. Yet it wouldnt violate the second law of thermodynamics because the crystal would be in its lowest energy state; no useful energy could be extracted from it. Wilczek is already dreaming of extending the time crystal concept into imaginary time, a theoretical concept of the fourth dimension that runs in a different direction than the one people experience. I dont know if this will be of lasting value at all, he says, but Im having fun. And like frank, all we want to do here is have some fun.
