Recent content by Rus Almighty

I think the right propagator should be D(x-y)=\int\frac{\textrm{d}^4\mathbf{p}}{(2\pi)^4}\frac{1}{p^2+m^2}}e^{-ip\cdot(x-y)}

If you inspect \gamma^5,you can see that it anti commutes with \gamma^0 (while 0 stands for the time coordinate). so under space inversion the expression will change it's sign \psi^{\dag}\gamma^{0}\gamma^5\psi\rightarrow-\psi^{\dag}\gamma^0\gamma^5\psi and that is a property of a Pseudoscalar

Unfortunately there isn't any shortcut for solving problems the best way is practice, I gave you a link to MIT openware , I believe you will find there any thing you need(video lecture, lecture notes, problems...). But learning isn't enough you need to practice . After you learn a topic just...

unbelievable! That no body mentioned the greatest of all:cool: Try feynman lectures on physics, if you are learning physics it's a must:smile: You also can try the MIT openware, a great staff as a source http://ocw.mit.edu/OcwWeb/Physics/index.htm BTW, are you preparing for the...