Master degree - Mathematical modelling or Astro?

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SUMMARY

The discussion centers on the decision between pursuing a Master's degree in Mathematical Modelling versus Astrophysics, particularly for a student interested in solar physics and sunspot simulations. The mandatory subjects for Astrophysics include Astrophysics 1 and 2, Relativistic Physics, and Galactic Astronomy, while Mathematical Modelling covers Quantum Theory and Numerical Methods. The consensus suggests that if hands-on experience in plasma and magnetohydrodynamics (MHD) is a priority, Mathematical Modelling is the better choice. However, for those more inclined towards theoretical astrophysics, the Astrophysics curriculum may be more suitable.

PREREQUISITES
  • Understanding of plasma physics concepts
  • Familiarity with magnetohydrodynamics (MHD)
  • Knowledge of numerical methods in mathematical modelling
  • Basic principles of astrophysics
NEXT STEPS
  • Research the curriculum details for a Master's in Mathematical Modelling
  • Explore job prospects in plasma physics and astrophysics
  • Investigate hands-on opportunities in sunspot simulations
  • Learn about the applications of finite element methods in physics
USEFUL FOR

Undergraduate physics students, aspiring astrophysicists, and individuals interested in mathematical modelling and plasma physics applications.

Tom83B
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I'm an udergrad, 2nd year physics.

I recently got interested in solar physics - one reason being, that I was offered to cooperate on a project, where I'll be doing some sunspot simulations.

I really like mathematics and I kinda like the mathematical modelling curriculum. However the curriculum for astrophysics is also interesting.

My question is - is mathematical modelling a good choice if I want to do plasma / MHD and how does it compare with astrophysics?

The mandatory subjects for astro are:
Astrophysics 1,2
Relativistic physics
Some "lab course" at observatory
Galactic and extragalactic astronomy 1,2
Space electrodynamics
Elementary processes in space physics
Celestial mechanics

and for modelling:
Quantum theory
Approximate and numerical methods
Thermodynamics and solid state mechanics
Thermodynamics and non-Newtonian fluids dynamics
Finite elements method

Degree in plasma and surface physics is offered as well but I'm not sure I would be allowed to do my thesis on sunspots (which is important)
 
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You can study plasma physics in astrophysics, but from afar. Do you want to do hands-on stuff? If so, take the modeling route. But it sounds like you really prefer astronomy/astrophysics. Consider the job outlook though.
 

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