Lec6ls

5 posts

Lec6ls

Lec6ls

@lec6ls

Katılım Mart 2023
880 Takip Edilen93 Takipçiler
Jay Anderson
Jay Anderson@TheProjectUnity·
You can all ratio and disagree with me as much as you want. Just give me actual evidence and i'll full concede. Not "check out so and so" Show me the evidence now or honestly stfu lol.
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Jay Anderson
Jay Anderson@TheProjectUnity·
Okay is anyone else's skin burning way faster than normal in the UK right now? It feels like the sun is far more intense... Even my darker skinned friends are saying they are feeling a new intensity to the sun. But it's only like 21 degrees Celsius... It's weird.
Jay Anderson tweet media
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Lec6ls
Lec6ls@lec6ls·
Currently I suspect that interaction with the aether requires multi directional shear to induce vortices. Temperature gradients (stars, magma chambers etc) create prime sites for shear and resonance. Thermodynamics could drive magnetohydrodynamics. Entropy would have to be confined locally (like thermal disorder in a helium superfluid). It could be an explanation for element synthesis seen in LENR experiments with multi axis shear and even our own bodies (mitochondria spin at 9000 rpm and oscillate at 100 hetz). Anatoly Klimov recently showed that an angle grinder accelerating continuously could refract a laser, suggesting the medium and shear could be responsible for numerous phenomena. Sorry, this is all over the place.
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TOEquest ⚛️
TOEquest ⚛️@aetherianfield·
@lec6ls That’s true, you just have to make sure you’re accounting for things like thermodynamics and entropy when adding temperature into the mix.
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TOEquest ⚛️
TOEquest ⚛️@aetherianfield·
Which kind of aether is most likely?
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Lec6ls
Lec6ls@lec6ls·
@aetherianfield I suppose, if relic neutrinos are spread throughout the universe and have all cooled to 2 kelvin, they could act as a Bose Einstein condensate and act as the medium that a pilot wave could propagate.
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Lec6ls
Lec6ls@lec6ls·
Relic neutrinos barely interact with matter (thus, their need for a toroidal moment to do so). But I guess any interaction from a star would act similar to a hot probe in superfluid helium. There would be local ripples or a change in the gradient of neutrino flux, but the superfluid as a whole would stay coherent and rigid.
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