Some good research topics please?

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SUMMARY

Physics researchers seeking viable research topics in theoretical and experimental physics can explore areas such as CP violation, decay of K mesons, violation of fundamental symmetries, and meson decay using chiral perturbation theory. Additional promising topics include inflation, extra-dimensional cosmology, supersymmetry, dark matter, black hole entropy, moving mirrors, negative energy, and soliton models of elementary particles. Engaging with advisors and peers in the field is crucial for topic formulation and understanding the difficulty levels associated with each area.

PREREQUISITES
  • Graduate-level understanding of theoretical physics concepts
  • Familiarity with experimental physics methodologies
  • Knowledge of recent advancements in particle physics
  • Ability to analyze and interpret academic research papers
NEXT STEPS
  • Research CP violation and its implications in particle physics
  • Study the decay mechanisms of K mesons and their significance
  • Investigate the principles of chiral perturbation theory
  • Explore the concept of black hole entropy and its theoretical frameworks
USEFUL FOR

This discussion is beneficial for independent physics researchers, graduate students in theoretical and experimental physics, and anyone interested in identifying and exploring contemporary research topics in the field.

sus
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Hi,

I was wondering how and where physics researchers find good research topics
in the field of theoretical physics? (and possibly experimental physics too)

I'm not talking about obvious holy grail of physics such as 'theory of everything'
or cold-fusion..
but some topics that are "within reach" for those who have been independently studying graduate-level physics (and knowledgeable enough to pass a typical qualifier exam)
but not affiliated with any university.

Could you provide some good topics and possibly an estimated difficulty level...

Thanks in advance...
J
 
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There is no real list out there. Your advisorwill discuss a list of topics that they think you can handle for an advanced degree. Your advisor may also make you do the background work and come up with your own topic. Also taking to other people in your intended field of study will help you formulate your research.

dt
 
some growing topics from recent papers look like, cp violation, decay of k b mesons, violation of fundamental symmetries, meson decay with chiral perturbation theory, inflation, extra dimensional cosmology, supersymetry and extra dimensions, dark matter, black hole entropy, moving mirrors, and negative energy, soliton models of elementary particles...

can anyone think of some other hot but reasonable topics?
 

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