GUTs w/ fluid & thermodynamics -- notable theories?

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SUMMARY

This discussion focuses on the intersection of grand unified theories (GUTs) with fluid and thermodynamics, specifically in the context of computational fluid dynamics (CFD). Key resources include research papers on hydrodynamics and gauge/gravity duality, particularly the works found at arXiv:0907.3719v2 and arXiv:1103.2683. The conversation emphasizes the relevance of high temperature quantum field theory and its connection to fluid mechanics and statistical mechanics in the study of early universe physics.

PREREQUISITES
  • Understanding of grand unified theories (GUTs)
  • Familiarity with computational fluid dynamics (CFD)
  • Knowledge of high temperature quantum field theory
  • Basic principles of statistical mechanics
NEXT STEPS
  • Research Baryogenesis and Leptogenesis in quantum gravity models
  • Explore phase transitions and critical phenomena in high energy physics
  • Investigate the implications of gauge/gravity duality in fluid dynamics
  • Review the latest papers on hydrodynamics related to GUTs
USEFUL FOR

Researchers, graduate students, and academics interested in the theoretical aspects of fluid dynamics and thermodynamics as they relate to grand unified theories and early universe physics.

Cygnus_A
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I'm not sure if this thread would belong in the Academic Guidance forum, so if it does, feel free to move it there.

I'm looking for research topics that might involve thermo- or fluid dynamics, but are centered around grand unified theories. I'm particularly interested in computational fluid dynamics, but I'm not sure if that's very compatible with unverified theories.

If you have any recommendations of papers to look at, please post them here!

(P.S. I'll be applying to PhDs this fall, so if you've got school recommendations, I'd gladly take those too)
 
Physics news on Phys.org
GUT's naturally live at or near the Planck scale. So in the early universe where this physics regime is relevant, you will be looking at high temperature quantum field theory, where there are plenty of active research directions. Fluid mechanics often (but not always) ties into stat mech in these types of pursuits.

For instance, you might look into researchers doing work in Baryogenesis/Leptogenesis, phase transitions and critical phenomena in models of quantum gravity and send them an email asking for advice.
 

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