Recent content by Birrabenzina

Okay, looking now at the index seems like that this book might do for the course

Since you're studying quantum mechanics there, you need to take the basic laws and apply those to your case. I can give you two suggestions, you have to work this out yourself. Use these relations, and the answer will be yours: \begin{align} &\left[x_i,p_j\right]=i\hbar\delta_{ij}\\...

The links don't work, can you link directly the book on Amazon? Maybe there's the "look inside" function for this book

Now I'm just looking for whatever kind of book, I'll check them up at the Physics Department's library after Easter and I'll buy the one that fits me best, hence every suggestion is well accepted.

Hi everyone, I'm a senior undergrad in an Astrophysics BSc, and I just started my first course in Particle and Nuclear Physics. Our teacher didn't suggest anything as a textbook, and on my own I couldn't find any really relevant/useful book for my course type, and now I'm here, hopefully having...

This star is pretty interesting. Has someone any link to some paper which analyzes this star in detail? Maybe it's a double system with a type Y or T brown dwarf

S isn't just a scalar, that's a function of the density operator, hence you want to diagonalize that operator through a transformation, in order to say that S is invariant through time transformations

I got this proof in my last quantum statistical mechanics exam, I remember it pretty well. So there are two ways, one using $$\frac{\mathrm{d}\rho}{\mathrm{d}t}=\frac{1}{i\hbar}\left[\mathcal{H},\rho\right]$$ Where $\mathcal{H}$ is your Hamiltonian. (My professor suggests this as it should be...