Recent content by renormalize

Can you cite technical references that propose and construct this "real physical flow"? And for those of us unfamiliar with the river model of gravity, here are two papers for background: The river model of black holes A river model of space

Can you cite credible technical references that promote this view and propose alternatives invoking "physical pressure in a medium"? "Broken" conventional cosmology of the universe is not set in "empty space" since it's filled with both a negative-pressure fluid (vacuum energy) as well as a...

Can you clarify your response? You mention gauge bosons (spin-1), but Higgs bosons are massive scalar (spin 0) particles which, to my understanding, always give rise to an attractive gradient force, just as in the original nuclear binding model of Yukawa based on the exchange of massive pions.

I certainly agree with you regarding the Higgs VEV. In my defense, my post was written in response to the title of the thread: "Can a Higgs Field Gradient Produce a Force?" (italics added by me). Clearly the answer is yes.

Huh??? This image is explicitly labeled "AI content" and ZeroGPT gives the response: So what's the point of posting it?

Actually, by its very construction the standard model incorporates an ultra-short-distance Yukawa force between leptons and quarks arising from the exchange of virtual Higgs bosons. See, for example Probing Atomic Higgs-like Forces at the Precision Frontier: The characteristic range distance of...

The physics of planar mass slabs is much more involved (and "weird"!) in general relativity as compared to Newtonian gravity. For example, see: Infinite slabs and other weird plane symmetric space-times with constant positive density But the author points out that, under specialized conditions...

Please define what it means to be "infinitely closer", as compared to just being "closer".

A few moments of Google searching finds this recent preprint: Cosmology with Logarithmic Corrected Horizon Entropy According to the Generalized Entropy and Variable-G Correspondence It cites many references that may help you answer your question.

Are you asking about Newton's gravity or Einstein's (general relativity)?

After a bit of googling, I find that Obi's paper is: Fermat's last theorem, Algebras, Groups, and Geometries, 15 (1998), no. 3, pp. 289-298. This is a rather obscure journal published by Hadronic Press in Florida, but the publisher's website doesn't offer any way that I can see to order a...

You should look at the 4 Wightman axioms W0-W3 and their consequences, as summarized for example here: https://en.wikipedia.org/wiki/Wightman_axioms

What is the "mass" that "makes", for example, the electromagnetic field? Please be specific.

It is not true that ##\psi## is a free-particle wavefunction just because ##\hat{H},\hat{L}^2,\hat{L}_z## commute when acting on ##\psi##. An obvious counterexample is the hydrogen atom, wherein the electron is bound to a proton: (https://people.chem.ucsb.edu/metiu/horia/OldFiles/QM2015/Ch11QM.pdf)

That claim disagrees with the experiment shown in post #3. Did you watch the video?