Maxwell

or even Maxwell's equations,

So this is in Maxwell's equations,

It's like Maxwell's demons.

Macroscopic Maxwell's demons.

gravity right if you can do that if you can take advantage of his expanded maxwell equations then maybe

adherence to the original equations of electromagnetism developed by james clerk maxwell way back in 1865.

you see the original set of maxwell's 20 equations involved one equation for each of the three xyz

who came right after maxwell condensed these 20 original equations down to four simple vector

if you can take advantage of his expanded Maxwell equations,

developed by James Clerk Maxwell

You see, the original set of Maxwell's 20 equations,

who came right after Maxwell,

Look, everything – you know, we look at Maxwell's equations and things like that,

It's Maxwell's equations.

Usually, you'll do Maxwell's equations or something simple to derive Coulomb's law.

And Maxwell's equations govern electromagnetism.

is maxwell's or maxwell's equations and you change a thing or two and you're all good like implying that general

relativity einstein even you know quantum mechanics in some ways are like way less important than maxwell which governs all of

Maxwell hadn't even come out with his laws yet.

James Clerk Maxwell had done his equations, and they didn't want to say there's more force fields that Maxwell's equations don't include but should.

in Maxwell's equations

Maxwell equations

version of Maxwell's equations

to Maxwell's equations

Maxwell's equations

Maxwell equations.

and the Maxwell's equations

all of which come out of Maxwell's equations.

Maxwell's equations,

Clerk Maxwell way back in the 1800s developed the equations for electromagnetism.

Now, suppose I could engineer Einstein's equations the way we engineer Maxwell's equations for electromagnetic effects.

M. Antons and Brown and Mike. Yes. And Matt Faraday, Maxwell, they all had stumbled across this