A day in the life of a theoretical physics PhD student

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SUMMARY

The daily activities of a theoretical physics PhD student primarily involve extensive mathematical work, theoretical analysis, and programming. Students in High Energy Physics, String Theory, and Condensed Matter Physics engage heavily in solving equations, both numerically and analytically. The discussion highlights the importance of mathematical proficiency and familiarity with computational tools in these fields. Overall, the day-to-day tasks include data analysis, equation solving, and theoretical exploration.

PREREQUISITES
  • Advanced mathematics, including calculus and linear algebra
  • Familiarity with theoretical physics concepts, particularly in High Energy Physics and Condensed Matter Physics
  • Proficiency in programming languages commonly used in physics simulations, such as Python or C++
  • Experience with numerical methods for solving differential equations
NEXT STEPS
  • Research numerical methods in physics, focusing on finite element analysis
  • Learn about data analysis techniques specific to High Energy Physics experiments
  • Explore programming libraries for scientific computing, such as NumPy and SciPy
  • Study advanced topics in String Theory and their mathematical foundations
USEFUL FOR

This discussion is beneficial for prospective PhD students in theoretical physics, current students seeking insights into daily responsibilities, and educators looking to understand the practical applications of physics theories in research settings.

barnflakes
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Can somebody give me an idea what you get upto on a day to day basis? I know roughly what you work towards in a PhD, obviously it depends on your topic, but I have no idea what it consists of day in and day out.

For example, what maths do you do daily? What theory do you do daily? How much programming do you do? Are you solving equations - numerically or otherwise, are you analysing data??

I'm particularly interested in two areas - High Energy Physics and Condensed Matter theory.

Are there any areas of physics where there is lots of numerical work/equation solving to be done?

Thanks for any help.

PS. I'm interested in the UK PhD students.
 
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I'm sorry am late, that too with a partial answer only, but congrats, you are in the right direction. High Energy Physics, String Theory and Condensed Matter Physics all use a lot of math and equation solving. You must be enjoying playing with equations :-)
 
You're three years late.
 

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