yes, you're right, it was A with multeplicity N-1 and the other with multeplicity 1. I tried to use your suggestion and I solved it! thank you very much!
Hello! I'm having some troubles with that integral:
## \int_0^{k} \frac{x^{\alpha}}{1 + \beta x} dx##
I've tried to think a lot on this but I've no idea how to solve it, so I hope someone could help me. Thank you!
Hi, I have a problem with the calculation of the eigenvalue of a matrix. That matrix is an N x N matrix which can be written as:
##M^{ab} = A\delta^{ab} + B \phi^a \phi^b##
where ##\delta^{ab}## is the identity matrix and the ##\phi## is a column vector. The paper I'm studying says that...