Importance of CS in future courses and programs

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SUMMARY

The discussion emphasizes the necessity of computer science (CS) skills for students pursuing specializations in Physics, particularly in fields such as nanomaterials, electromagnetism, and astrophysics. While basic programming skills in languages like C++, Fortran, and Mathematica are deemed sufficient for many research areas, a deeper understanding of algorithms and additional languages can enhance employability. The consensus is that while advanced CS skills are beneficial, they are not strictly required for all physics-related research roles.

PREREQUISITES
  • Basic programming skills in C++, Fortran, and Mathematica
  • Understanding of numerical analysis techniques
  • Familiarity with Python for scripting and automation
  • Knowledge of algorithms to improve computational efficiency
NEXT STEPS
  • Explore advanced programming techniques in Python for scientific computing
  • Learn about numerical analysis methods applicable to physics research
  • Investigate the role of algorithms in optimizing computational tasks
  • Research the use of Mathematica in modeling and simulations in physics
USEFUL FOR

Students and professionals in physics, particularly those considering research careers, as well as educators developing curricula that integrate computer science with physics education.

MathewsMD
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I am currently considering pursuing a specialization in Physics and hopefully research in the future. I'm not exactly sure what exactly I'd like to go into, but fields like nanomaterials, electromagnetism, condensed matter physics, astrophysics, particle physics and optics and photonics. I know this is a very wide spectrum and my interests are not limited to these, but how extensive does one's CS skills have to be in such areas? What types of research specifically in these fields and others do not require much programming skills or CS involvement in general? Any comments on employability on graduates with weak/no computer science skills and experience?
 
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I have read that physics requires a considerable amount of computer science skills. However, for the fields you mentioned, I wouldn't expect anything more then programming (C++, Fortran or some language specific for computations like Mathematica would be enough) and numerical analysis. It's obviously beneficial to have more CS skills like strong knowledge of algorithms, and would help with employment, but I wouldn't deem it required.
 
As I see it anyone in a tech field should be required to learn 2 basic types of languages:
computation: matlab, mathmatica
testing,automation,scripting: python, C

at a minimum as a physicist I would learn mathmatica and python
 

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