Advice on choosing a Monograph topic

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SUMMARY

The discussion centers on selecting a Monograph topic related to Quantum effects in Gravity, specifically Hawking radiation or Quantum Field Theory (QFT) in curved space-time. The participant, a senior undergraduate with a solid background in General Relativity (GR) and QFT, seeks a manageable topic that can yield substantial results within a six-month timeframe. The consensus emphasizes the importance of choosing a topic aligned with available faculty mentorship and the participant's existing knowledge base to ensure success.

PREREQUISITES
  • Understanding of General Relativity (GR)
  • Knowledge of Quantum Field Theory (QFT)
  • Familiarity with advanced mathematical concepts
  • Experience in undergraduate and graduate-level physics courses
NEXT STEPS
  • Research specific aspects of Hawking radiation and its implications in modern physics
  • Explore accessible topics within Quantum Field Theory in curved space-time
  • Identify potential faculty mentors with expertise in Quantum Gravity
  • Review literature on undergraduate-friendly research projects in theoretical physics
USEFUL FOR

This discussion is beneficial for senior undergraduate physics students, aspiring researchers in theoretical physics, and anyone seeking guidance on selecting a manageable yet impactful Monograph topic in Quantum Gravity or QFT.

loops496
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Hello everyone,

I'm a senior undergraduate and I'm planing to do a Monograph related to Quantum effects in Gravity (Hawking radiation or something similar(?)) or even some QFT in curved space-time (maybe ambitious since I know this is VERY HARD and I don't have much time), the thing is I can't decide an specific topic to work on that that isn't going to kill me in the 6 months I have to work on it and where I can get some nice results to show. So fellow forumers I will greatly appreciate any suggestions you can give me to choose a topic to work on.

BTW I have taken courses in GR and QFT and I believe I have a very good understanding. I plan to take an advanced QFT course and I'm fairly good at mathematics. I have taken all undergraduate physics courses, three graduate physics courses, and some undergraduate math courses.

Maybe some of you can help me decide.
 
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There are other research areas that are more accessible to an undergraduate. You really need a topic in a field where a faculty mentor is confident you can succeed.
 

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