renormalize's latest activity

How do you reconcile this claim with the actual published literature on perturbative quantum gravity? For example, here are two recent...

What actually is ##g(f(t),t)## in your case ?

A definition is whatever size it needs to be to achieve clarity. Why do you get to define the rules for the "size" of a definition?

This is a more rigorous (https://www.britannica.com/science/equilibrium-physics): equilibrium, in physics, the condition of a system...

I'm by no means expert on this topic, but doped-silicon optical modulators can apparently accomplish this (although not necessarily in...

For a true point particle, there would be no limit, of this kind at least. Note the post begins: as soon as you give a particle finite size.

I think you need to temper your expectations. According to Jackson, Classical Electrodynamics §7.5, lab-scale plasmas have electron...

Yes, you can model in the "standard" way because it's directly analogous to a multilayer interference filter, but with one of the layers...

Can you edit your post to very clearly state the problem you are trying to solve?

It does for me.

So even as the mass-increment at the outermost edge of the circulating proton approaches ##c## and its energy diverges, the total energy...

Can you clarify this claim? I can see how it might apply to protons since they have a nonzero measured radius, but how could it work...

I am away for the weekend. If I don’t forget in a few days, I can post a really simple continuum disc model in terms of the simplest SET...

But doesn't that same continuum assumption underlie the relativistic fluids used to model stellar collapse or the evolution of the early...

(This post is inspired by: KE of rotating disk.) A Single Particle in Uniform Circular Motion In an inertial frame, I begin by examining...