PhysicsAdmirer18
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I’m working on a project involving shell model calculations using NuShellX@MSU, but I’m finding it hard to get started — and I have to submit a project proposal soon, so I need to get up to speed quickly.
My background is mainly undergraduate-level quantum mechanics (wavefunctions, spin, perturbation theory), with only scattered knowledge of nuclear physics. I haven’t studied things like angular momentum coupling, effective interactions, or model spaces in detail.
I need help with both:
Can anyone recommend clear and accessible resources (books, notes, tutorials, or papers) that explain these topics well — ideally ones that will help me get going quickly enough to write a meaningful proposal?
Any guidance would be greatly appreciated. Thank you!
My background is mainly undergraduate-level quantum mechanics (wavefunctions, spin, perturbation theory), with only scattered knowledge of nuclear physics. I haven’t studied things like angular momentum coupling, effective interactions, or model spaces in detail.
I need help with both:
- Understanding the nuclear structure theory behind the shell model (in a way that builds from my level)
- Learning how NuShellX works: what the input files mean, how to choose model spaces/interactions, and how to read the outputs
Can anyone recommend clear and accessible resources (books, notes, tutorials, or papers) that explain these topics well — ideally ones that will help me get going quickly enough to write a meaningful proposal?
Any guidance would be greatly appreciated. Thank you!