Better Supervisor or preferred field?

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SUMMARY

The discussion centers on the decision-making process for selecting a master's program, weighing the choice between a preferred field of study in theoretical quantum computing and working with a highly respected supervisor in supersymmetry. The consensus suggests prioritizing the opportunity to work under a strong theoretician, as this experience will provide valuable skills and a robust thesis, enhancing future academic prospects. Engaging with a weaker researcher in quantum computing may lead to insufficient guidance and frustration, hindering overall learning and career advancement.

PREREQUISITES
  • Understanding of theoretical quantum computing concepts
  • Familiarity with supersymmetry in theoretical physics
  • Knowledge of academic research processes and thesis development
  • Awareness of the importance of mentorship in academic success
NEXT STEPS
  • Research the latest advancements in theoretical quantum computing
  • Explore the fundamentals of supersymmetry and its applications
  • Investigate effective thesis writing strategies in physics
  • Learn about the role of mentorship in academic and professional development
USEFUL FOR

Graduate students in physics, aspiring researchers in theoretical fields, and anyone navigating academic mentorship and program selection decisions.

Emmanouil
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I am attempting to choose a field of study for my masters course following my undergraduate course however due to the circumstances of the researchers I have to choose between a better supervisor or a preferred field of study; my ideal field would be theoretical quantum computing, however the head researcher at my university in this field is not particularly strong in the field (I have heard from previous students that the program was not very strong). On the other hand I can choose to do theory with a highly respected theoretician in his field (supersymmetry) and get a sort of boot camp experience as well as a (hopefully) strong thesis so that I may apply to a stronger college in the field. Does the second option make any sense from previous experiences? Thanks in advance!
 
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An interesting dilemma, I think you should consider the theoretical quantum computing as a future course of study and go with the highly respected theoretician.

Why? because you will clearly learn a lot from working under him/her and it will place you on a path to greater success. You might even learn some math/physics techniques that can apply to the QC field later on.

In contrast, if the QC researcher is as weak as you say then you will be learning it more on your own and while being interesting you might not get what you want out of it and ultimately will get frustrated.
 

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