Gibsense's latest activity
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Gibsense replied to the thread Is the Unified Field the only EM field in the universe?.This statement is deserving of a small book. It will take time to read but there is much in it to consider.... -
Gibsense replied to the thread Argument by analogy.Haha 'static' yes didn't think of that - radiation v not moving
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Gibsense replied to the thread Argument by analogy.The CMB is everywhere in the same way as people suggest the BB is everywhere. If that does not qualify for "stationary" I don't know...
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Gibsense replied to the thread Argument by analogy.I think a big misunderstanding here. No radiation is perceived as static. The CMB is assumed to be at rest. We measure whether or not...
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Gibsense replied to the thread More on the Big Bang - what was before t = 0?.I tend to agree with your remark regarding negative values but with a caveat. Some computations using negative values give real-world...
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Gibsense replied to the thread Argument by analogy.I sought advice with this response: " A well-known reference is the 1992 paper by George F. Smoot and colleagues, which examines the...
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I, also, rather favor the Gaia concept. I find it difficult to deny context. (Particularly so in language). Cat :)
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Gibsense replied to the thread Books of interest.It is called Evolution :cool: Finally, we have a new definition for life: Transitor-like thresholds and some complexity criteria. How...
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Gibsense replied to the thread Argument by analogy.This statement is in response to the suggestion that 'stationary' exists - To answer: The CMB light wavelengths received vary in one...
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Gibsense replied to the thread Unknown Laws of Physics, black holes and dark energies explained, in the Cosmic Balance.PS Should this be posted in the Cosmology forum? Please
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Gibsense replied to the thread Unknown Laws of Physics, black holes and dark energies explained, in the Cosmic Balance.Stunning! There's just so much content. Has this been published/reviewed? It seems to hold together well, though I'm not qualified...
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Gibsense replied to the thread Scientists find quantum entanglement on incredibly tiny scales — within individual protons.Great discussion by both of you two. Thanks. Don't stop, :cool:
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Gibsense reacted to ♥Nyara♥'s post in the thread Scientists find quantum entanglement on incredibly tiny scales — within individual protons with
Like.
II am not stating any new theory and just limiting myself to the validated parts of the Standard Model of Particle Physics + General and... -
Gibsense reacted to Unclear Engineer's post in the thread Scientists find quantum entanglement on incredibly tiny scales — within individual protons with Like.
The phenomenon that seems to make time slow down during periods of high stress is related to the biological response of the individual...
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Gibsense reacted to Unclear Engineer's post in the thread Scientists find quantum entanglement on incredibly tiny scales — within individual protons with Like.
You lose my belief in your theories at your statement This presumes that there is some sort of fixed frame of reference for the...
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