Project ideas for modern physics class

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SUMMARY

This discussion focuses on project ideas for a modern physics class, specifically for a physics 3 course where students can undertake a project worth 5% of their overall grade. The topics covered in the course include thermodynamics, kinetic theory, Einstein's theories, quantum mechanics, and solid-state physics. The original poster seeks project ideas that integrate programming skills and electronics, expressing familiarity with C, MATLAB, and Java. Suggestions from the community emphasize the importance of choosing a project that aligns with personal interests and academic goals.

PREREQUISITES
  • Understanding of modern physics concepts such as thermodynamics and quantum mechanics.
  • Familiarity with programming languages including C, MATLAB, and Java.
  • Basic knowledge of electronics and experimental design.
  • Awareness of project management principles for individual research projects.
NEXT STEPS
  • Research project ideas that combine programming with quantum mechanics simulations.
  • Explore experiments related to the photoelectric effect using MATLAB for data analysis.
  • Investigate the application of C programming in modeling thermodynamic systems.
  • Look into electronics projects that demonstrate principles of wave-particle duality.
USEFUL FOR

Students in modern physics courses, educators seeking project ideas for physics classes, and individuals interested in integrating programming with physics experiments.

Stevo6754
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Greetings,

First of all I believe this is the right forum as it isn't necessarily homework but more of a discussion about possible projects/experiments for a modern physics class. If it is in the incorrect forum could a mod please move it.

I am currently taking a physics 3 course that offers students the option of doing a project that is course related for 5% of your overall grade. A chronological list of topics covered in the course can be seen below.

- Temperature, ideal gas equation, heat, first law of thermodynamics

- Kinetic theory of gases, entropy, second law of thermodynamics

- Einstein's postulates, Lorentz transformation

- Time dilation and length contraction, doppler effect, relativistic momentum and energy, mass energy conversion

- General relativity, quantization of electric charge, blackbody radiation, photoelectric effect
- x-rays and compton effect

- Atomic spectra, Rutherford's nuclear model, Bohr model of hydrogen atom, x-ray spectra, Franck-Hertz experiment

- de Broglie, particle wavelengths and wave packets, wave function, uncertainty principle, wave-particle duality

- Schrödinger equation in one dimension, square wells harmonic oscillator

- Reflection and transmission of waves

- Schrödinger equation in three dimensions, hydrogen atom quantization of angular momentum and energy, electron spin

- spin-orbit effect, two particle system, classical and quantum statistics, Bose-Einstein condensation

- chemical bonding, ionic, covalent, spectra of diatomic molecules, scattering, absorption, stimulated emission

- structure of solids, classical theory of conduction

- free electron gas, quantum theory of conduction, semiconductors, super conductors

Having read up to general relativity thus far and scanning through the other content to be covered in the book I am unable to think of a good idea for a project. A good bit of the experiments seem to require radiation.. I was hoping to find a project where I could use my programming skills and knowledge of electronics. I'm familiar with c, MATLAB and java.

If you guys have any ideas of anything in particular I should look into please let me know.
Thanks!
 
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I doubt anyone will answer in part because only u know what interests u. For example we don't even know what your are studying...could be physics, electrical engineering, or philosophy.

Individual projects will usually consume time way out of proportion with the credit you get.
Of course you'll learn the most that way too. And you'll never forget it.


Maybe consider a subject that gives you some insight into other courses you like or would like to take.
 

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