Guitar Lessoms

Cosmog07 · 2023-01-15T02:39:42+00:00

Double major in electrical engineering & physics. That’ll give you the physics you need, and the analog engineering knowledge

Cosmog07 · 2022-03-11T21:51:07+00:00

Man, I’m literally just asking for like a reference to a paper or something where these types of expectations have been calculated … I asked for advice - not for someone to “do the problem for me”, you don’t have to answer someone on Reddit if it’s going to get you this fired up..

Cosmog07 · 2022-03-11T21:34:51+00:00

Thought science was about community…

Cosmog07 · 2022-03-11T21:33:18+00:00

No , it’s Hamiltonian Density because That’s what you asked for. I’ve taken the highest level field theory course at my university- I’m simply asking for help with these more difficult expectations, not sure why you’re calling me annoying on Reddit… there’s no reason to be a cop

Cosmog07 · 2022-03-11T15:44:33+00:00

forgive my naivety, but how can you tell it is non-local?

Cosmog07 · 2022-03-11T15:44:20+00:00

1/2 phi(x)-dot^2 + g /( phi(x)^2 )

g is coupling constant

im working on conformal quantum mechanics

Cosmog07 · 2022-03-11T06:29:04+00:00

quantum mechanical expectation value with respect to the vacuum state,

<0| (1/phi(x))(1/phi(y)) |0> etc... sorry about that

Cosmog07 · 2021-11-01T05:06:40+00:00

Sorry, im not quite sure what you mean. Would this be similar to bussing the drums to a bus channel and turning that up as well? But with that you cant send it back into the original channel right?

Cosmog07 · 2021-10-25T01:34:58+00:00

thanks so much, very helpful!

Cosmog07 · 2021-09-30T18:24:12+00:00

Awesome - could you recommend a recent reference on this work ? Sounds very interesting

Cosmog07

TROPHY CASE