Recent content by MickaelPC

Hi everyone and thank you for your answers. I already found myself a solution to this probleme using the Larmor formula and the real problem is the Larmor formula, I know how to etablish it but I don't understand why it works in the problem of an electron rotating.

Hi Greg, My question didn't got answers by the time but now it's not very important, it was just a small question I asked myself whil learning quantum mechanics. In fact the real problem I wasn't able to solve is to compute the $$ \overrightarrow{B} $$ ray from an electron rotating around the...

You are right, I made a mistake ! I do not know why I was sure that the result would be the same ... and your comment explain exactly how to have the intuition for answering right !

Hi everyone, Let \psi (x) be a one dimension wave function. We suppose \langle p \rangle =q How can I compute the new \langle p \rangle when we set \psi _1 (x) := e^{\frac{ip_0x}{\hbar}}\psi (x) I want to comute it with the formula \langle p \rangle=-i \hbar \int \psi _1^*...

Hi everyone, I know that classical mechanics and electromagnetism show that the electron is bound to fall on the nucleus. I want to estimate the duration of the phenomenon. I found the classical energy : E=-K/r and I'm able to compute the raying loss thanks to electromagnetism. But I am...