Recent content by 3m0k177y

I mean the Yukawa coupling and the term that describes the fermions in the theory.

Well, I get it all except for two things: the second and third terms. I din't quite understand them well, can someone go in depth on them please. Thanks, once again.

Oh, I get it all now. Thanks.

I'm still confused about one thing. That is; what does the lagrangian describe? When I look at this explanation, I just think that all this does is describe the higgs field. But, whenever I hear about this lagrangian, someone will say that it describes just about all of particle physics, but I...

Sorry about that, my computer had a crash in the middle of what I was saying. But, the lagrangian that I am confused about is here: http://files.abovetopsecret.com/images/member/40e6a6fa962c.png

Here are two lagrangians http://www.google.com/search?q=Standard+model+lagrangian&hl=en&client=ms-android-google&source=android-launcher-widget&v=133247963&prmd=imvns&tbm=isch&tbo=u&source=univ&sa=X&ei=3Av3T9WSMI-m8gSBmP37Bg&ved=0CFcQsAQ&biw=320&bih=488#i=5 And

I do, for the most part, understand the standard model itself. Also, I have studied quantum field theory and understand a good amount of the maths. I am talking about explaining the lagrangian, mainly because even though I can understand a little bit of the math, I get lost really easily in the...

Come to think of it, please just explain EVERYTHING about the equation...its much easier for me that way. Thanks.

I can't even begin to type out the entire equation for the standard model of particle physics, it is just so immensely long and I don't have the time, energy, or patience to do so. So please excuse the fact that I don't have the equation on here to show exactly what I mean. Now, I understand...

Ok, I understand the schrodinger equation for the most part, the thing is though, I don't understand what ∂ means... In the equation:(∂^2ψ/∂x^2)+8(pi)m/h^2(E-V)ψ=0 It pops up two times. The rest of the equation is kinda self explanatory, but I don't know what on Earth ∂ means please, tell me...

I have seen the ∂ symbol many times in wave function equations. What does it mean?

How do you solve equations that have matrices? heres an example (its just off the top of my head) 3x+y=z+4 where x=1 0 0 0 0 1 0 0 0 0 1 0 0 0 0 1 and y=0 0 0 1 0 0 1 0 0 1 0 0 1 0 0 0 and a follow up question; does the process change if coordinates are involved in...

OK, so i understand that wave functions have something to do with something...i'm clueless, please help on this one. First, what ARE wave functions? i haven't an answer that i can understand, explain this to me dumbed down please. Second, what do they do exactly in the double slit...

virtual particles can materialize, its even been observed and tested. but not all virtual particles do so. what I am saying is this; a virtual particle is what has a probability of being there, meaning that it is possible for it to be there. since everything in the universe is in a way random...

is it possible to UN-entangle two entangled particles? if so, how?