Quantum Mechanics Simulations - Project

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SUMMARY

This discussion focuses on creating a final year project centered around quantum mechanics simulations. Key suggestions include starting with basic simulations such as finding the eigenstates of a square well or calculating the transmission and reflection coefficients of a wavefunction tunneling through a potential barrier. Recommended programming languages for graphical displays are C/C++ and Java. The discussion emphasizes the importance of incorporating historical experiments and philosophical implications related to the chosen simulations.

PREREQUISITES
  • Understanding of quantum mechanics principles
  • Familiarity with eigenstates and wavefunction concepts
  • Proficiency in programming with C/C++ or Java
  • Knowledge of simulation software for quantum mechanics
NEXT STEPS
  • Research quantum mechanics simulation software such as QuTiP or MATLAB
  • Learn about eigenstate calculations in quantum mechanics
  • Explore the concept of wavefunction tunneling and its applications
  • Investigate the historical experiments related to quantum mechanics
USEFUL FOR

Students in physics or engineering, educators developing quantum mechanics curricula, and anyone interested in creating simulations to visualize quantum phenomena.

AbbasB.
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Hello.
I am not too sure if this thread is the right place to post this in. But anyway.

I have to make a project for my final year, and I have chosen to make a quantum mechanics based project. I am thinking of doing some quantum mechanics based simulations, give a little bit of history of actual experiments related to those simulations, and their philosophical implications.

My question, generally put, is: How do I go about doing it? Meaning, what 'things' (softwares, websites, et al) should I use? What kind of simulations/experiments would be best suited for my project?

Secondly, have you ever done a quantum mechanics based project? If so, what was it?
 
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Quantum mechanics is pretty broad. If you are new to the topic, I'd recommend doing something basic at first, like finding the eigenstates of a square well.
 
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Another possibility is to compute the transmission and reflection coefficients of a wavefunction tunneling through a potential barrier. If you know how to program in C/C++ or java you can make a graphical display of such a process.
 
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