Recent content by TopologyisGeometry

I found that ##k\cot{kr} = -\kappa## which comes from the fact that we claim ##u(r)## to be continuous everywhere and it's derivate too, then I just divided to get rid of the coefficients, where ##k^2=2\mu(E+V0)/\hbar^2## and ##\kappa^2=2\mu E/\hbar^2## if that's what you're asking ##V0=35MeV##...

Hello there, my name is Sam. I'm a last year student doing pure mathematics, but I've also taken quite a few extra courses (mainly physics) I've taken introductory astrophysics , classical mechanics, mathematical methods in the physical science and electromagnetism courses. Right now I'm taking...

To plot ##u(r)## we need to find the solutions for each region. Which is in the relevant equations part. Now, I have to do this numerically. Using python 3.7 I made an ##u## which is filled with zeros and a for loop with if/elseif statement, basically telling it to plot values for whenever...