Need guidance for using and understanding NuShellX

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SUMMARY

This discussion focuses on the use of NuShellX for shell model calculations in nuclear physics. The user seeks guidance on understanding nuclear structure theory and the functionality of NuShellX, including input files, model spaces, interactions, and output interpretation. Recommendations for accessible resources such as books, notes, tutorials, and papers are requested to facilitate a quick understanding necessary for a project proposal. A suggestion is made to refer to the GitHub tutorial on NuShellX, which covers essential aspects of the software.

PREREQUISITES
  • Undergraduate-level understanding of quantum mechanics, including wavefunctions and spin.
  • Basic knowledge of nuclear physics concepts, such as angular momentum coupling and effective interactions.
  • Familiarity with shell model theory in nuclear structure.
  • Basic proficiency in using GitHub for accessing tutorials and documentation.
NEXT STEPS
  • Explore the GitHub tutorial on NuShellX for foundational knowledge on input and output files.
  • Research nuclear structure theory focusing on shell model calculations and effective interactions.
  • Study model spaces in nuclear physics to understand their significance in shell model calculations.
  • Look for accessible textbooks or online courses that cover quantum mechanics and nuclear physics comprehensively.
USEFUL FOR

This discussion is beneficial for undergraduate students in physics, researchers new to nuclear structure theory, and anyone looking to utilize NuShellX for shell model calculations in their projects.

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:


  • 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!
 
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Not sure how much I can help you, since I don't have experience with either, but have you checked out the GitHub tutorial on NuShellX? It seems to cover basic things like calculating spectra and transitions, I would assume input and output are covered as well in the process.
 

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