kodama's latest activity
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Kkodama reacted to ohwilleke's post in the thread Undergrad Is Gravi-GUT a candidate theory of everything? with
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You don't actually need the structure of the theory to do that, and can get what you might call an "accidental" result of exactly three... -
Kkodama replied to the thread Undergrad Geodesics in quantum gravity Missing Link.how difficult for Koch to derive quantum corrections to geodesic motion generate effective acceleration terms at scales ~ c²√Λ, that...
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Kkodama reacted to ChrisF's post in the thread Undergrad Geodesics in quantum gravity Missing Link with Like.
● The closeness of a₀ and Λ-derived quantities isn't coincidence — it's been noted explicitly in the literature. Milgrom himself pointed...
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Kkodama replied to the thread Undergrad Is Gravi-GUT a candidate theory of everything?.could another theory explain why there are exactly three generations of matter particles for example octonions
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Kkodama replied to the thread Undergrad What upcoming experiments hold hope for physics BTSM?.The PADME experiment encourages more data on x17 also Glimpses of the X17 from coherent elastic neutrino nucleus scattering...
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Kkodama posted the thread Undergrad Geodesics in quantum gravity Missing Link in Beyond the Standard Models.what do you think of the relationship between the cosmology constant and MOND ao, coincidence that they are close or a quantum...
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Kkodama replied to the thread Undergrad Is Gravi-GUT a candidate theory of everything?.could you explain your theory at under graduate level and why Coleman Mandula doesn't apply if it is a GraviGUT? does it used susy and...
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Kkodama reacted to mitchell porter's post in the thread Undergrad Is Gravi-GUT a candidate theory of everything? with Like.
The theorem is a statement about the S-matrix of a QFT with interactions. One interpretation is that if you have hybrid symmetries, you...
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Kkodama reacted to mitchell porter's post in the thread Graduate Why Does the Standard Model Use Six Dimensions for Probability Calculations? with Like.
I can't access any of those, but Dirac's paper is the subject of https://arxiv.org/abs/1902.10367, and SO(3,3)'s Lie algebra is...