A recent publication about Li, Na, K hydrides at very high pressures.
Alkali hydrides at high pressure.
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A recent publication about Li, Na, K hydrides at very high pressures.
This high pressure hydrides road is the superconductor path the LENR travels on.
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Axil this (Alkali hydrides as SC) is an interesting topic to learn from. But the referred link does not tie in its deeper meaning for finding higher temp SC. It leaves out some questions on how to stabilize the AH after compression, how it could be integrated with doping, how it could be adapted to use current. Then finally how it relates to LENR.
I had followed this a few years ago but it did not lead to a stable material like an conductor either wire or some other adaptation. So I just filed it away somewhere now lost in the cobwebs. -
Rigel, I agree. But it is worth filing away.
Here is another interesting one about spin supercurrents (not charge supercurrents):
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Axil this (Alkali hydrides as SC) is an interesting topic to learn from. But the referred link does not tie in its deeper meaning for finding higher temp SC. It leaves out some questions on how to stabilize the AH after compression, how it could be integrated with doping, how it could be adapted to use current. Then finally how it relates to LENR.
I had followed this a few years ago but it did not lead to a stable material like an conductor either wire or some other adaptation. So I just filed it away somewhere now lost in the cobwebs.See these posts in order
Shielding from reactor emitting RF and RF measuring
Shielding from reactor emitting RF and RF measuring
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Yet another weird, previously unknown phenomenon. Light orbiting an electron.
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Yet another weird, previously unknown phenomenon. Light orbiting an electron.
Entanglement between photons and electrons as a process has been know for decades. This process is the basis of the formation of surface plasmon polaritons and a lot of other quasiparticles derived from polaritons including magnons, my latest favorite quasiparticle.
This brings to mind the very strange process that forms fractionally charges quasiparticle pairs formed from magnetic flux in the fractional quantum hall effect.
All these strange QM processes make LENR a bear to get a handle on.
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The unknown light boson has now been confirmed. This really breaks open the theoretical possibilities for LENR.
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The unknown light boson has now been confirmed. This really breaks open the theoretical possibilities for LENR.
From what I know of LENR, it looks to me that the 4 forces are converging to unification in LENR much faster than the standard model predicts. If there is a fifth force that couples to the other forces, and that force converges to the unification point at low energies, then LENR could occur as a grand unification activity. If LENR mechanisms increase the power of this force by a significant power level, then it might be the cause of LENR by weakening the strong and the weak force through coupling. There has been speculation that the muon anomalous magnetic moment could be explained by a coupling of this fifth force with EMF.
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Thanks Zephir. The wording of the abstract was unclear at first.
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