Mr. H.B. found this article at our friends from phys.org, and it's a stunner if one stops to think about it:
What is interesting - and, I would aver, pregnant with implications - is that while the overall arrow of vector of time in the macro-verse (if one may so speak), remains fixed by the second law of thermodynamics, there can be localized reversals of that vector of time due to the phenomenon of particle correlation:
The idea of entangled particles has been in the news a lot lately as researchers around the world attempt to use it for various purposes—but there is another lesser-known property of particles that is similar in nature, but slightly different. It is when particles become correlated, which means they become linked in ways that do not happen in the larger world. Like entanglement, correlated particles share information, though it is not as strong of a bond. In this new experiment, the researchers used this property to change the direction of the arrow of time.
The experiment consisted of changing the temperature of the nuclei in two of the atoms that exist in a molecule of trichloromethane—hydrogen and carbon—such that it was higher for the hydrogen nucleus than for the carbon nucleus, and then watching which way the heat flowed. The group found that when the nuclei of the two atoms were uncorrelated, heat flowed as expected, from the hotter hydrogen nucleus to the colder carbon nucleus. But when the two were correlated, the opposite occurred—heat flowed backward relative to what is normally observed. The hot nucleus grew hotter while the cold nucleus grew colder. This observation did not violate the second law of thermodynamics, the group explains, because the second law assumes there are no correlations between particles.
(Italicized emphasis added.)
Let the sheer magnitude of philosophical and scientific implications of that last statement sink in for a moment: the second law does not assume particle correlations, and that raises yet another question: as semi-coherent correlation grows to the point of the coherence of actual entanglement, could entanglement - if achieved on a macroscale - expand the scale on which this relative reversal of the vector of time occurs? Stating the problem in this end-of-the-twig fashion of high octane speculation raises other "correlations." There are experiments in the realm of "psi" or "paranormal" research that test "pre-cognition", or (if one may so put it) a reverse temporal flow of information. Most readers here, for example, are aware of the famous Princeton "eggs", the random number generators which, prior to 9-11, registered a steep increase of non-randomness, and that implied correlation of some sort of a massive type, and on a systemic scale exceeding that of mere particles. Information, or at least the "shock waves" from it, appeared to have flowed backward in time, resulting in the "pre-cognitive" result recorded by the Princeton eggs prior to the event. If these questions should eventually prove to be related, then it would appear that consciousness and observers would play a crucial role in the flow of information in time, both forward, and backward. And if they should prove to be related, then it would seem apparent that the effect seems greater on groups than it does on individuals.
Not to coin a pun, but time, of course, will eventually tell.
See you on the flip side...
- TIDBIT: HIKER FOUND DEAD NEAR SUNSPOT OBSERVATORY - September 24, 2018
- CONCERNED ABOUT CERN? DON’T WORRY, THEY MAY BE THROWING OUT ... - September 24, 2018
- SOUND VERSUS CANCER? SHADES OF ROYAL RIFE - September 21, 2018
- WEAPONIZING SPACE TIME - September 20, 2018
- TIDBIT: BEAMING MUSIC DIRECTLY TO YOU, ISN’T THAT NICE? - September 20, 2018
- SUNSPOT NM SOLAR OBSERVATORY CLOSING: A WHISTLEBLOWER AND THE ... - September 18, 2018
- AURA FINALLY RELEASES A STATEMENT ABOUT THE OBSERVATORY CLOSING - September 18, 2018
- TIDBIT: PRIME NUMBERS AND CRYSTALS… - September 18, 2018
- TIDBIT: WHO SAID THEY ARE NOT LISTENING? - September 18, 2018
- LIGHT SAILS: THE NEXT STEP IN SPACE? - September 18, 2018