Make these physics fields according to decreasing in job opportunities?

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SUMMARY

The discussion centers on ranking various physics fields by job opportunities following a PhD. Participants highlight the difficulty in categorizing fields such as Acoustics and Fluid Dynamics due to their broad applications and sub-disciplines. The consensus indicates that job opportunities are influenced by the specific focus within each field, such as experimental versus theoretical roles. Ultimately, no definitive ranking can be established due to the complexity and variability of job markets in these areas.

PREREQUISITES
  • Understanding of various physics sub-disciplines such as Acoustics and Fluid Dynamics.
  • Familiarity with job market trends in scientific fields.
  • Knowledge of the differences between experimental, computational, and theoretical physics.
  • Awareness of interdisciplinary applications of physics in industries.
NEXT STEPS
  • Research job market trends in Acoustics and its applications in noise control and audio technology.
  • Explore career opportunities in Fluid Dynamics, particularly in aerodynamics and biofluidics.
  • Investigate the role of computational physics in modern research and industry applications.
  • Learn about the various career paths available in theoretical physics and their market demand.
USEFUL FOR

Graduate students in physics, career advisors, and professionals exploring job opportunities in physics-related fields.

Bradwast88
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Hey all.Could anyone please make this list according to decreasing in job opportunities after PHD, at least up to 5? Full list would be fantastic!
1.Acoustics
2.Astronomy
3.Astrophysics
4.Atomic physics
5.Bio physics
6.Chaos
7.Chemical Physics
8.Computational Physics
9.Cosmology
10.Cryophysics / Cryogenics / Low Temperature Physics
11.Crystallography
12.Electromagnetism
13.Electronics
14.Fluid Dynamics / Fluid Mechanics
15.Geophysics
16.High Energy Physics
17.High Pressure Physics
18.Laser Physics
19.Mathematical Physics
20.Mechanics
21.Molecular Physics
22.Nanotechnology
23.Nuclear Physics
24.Optics / Light Physics
25.Particle Physics
26.Plasma Physics
27.Quantum Electrodynamics
28.Quantum Mechanics / Quantum Physics
29.Quantum Optics
30.Quantum Field Theory
31.Quantum Gravity
32.Relativity
33.Statistical Mechanics
34.String Theory / Superstring Theory
35.Thermodynamics

Thanks.
Have a nice day!
 
Last edited:
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The topics on this list are far to broad for anyone to put into any meaningful order.

Acoustics could be related to aircraft noise, noise control, hearing, speech, music...

Fluid mechanics could be pipe systems, vehicle aerodynamics, biofluidics,...

Even these things I have mentioned are very broad topics within the topics you listed and I only chose 2 from your list! Then when you consider that your job could be experimental, computational, theoretical or design oriented there really is no good way to order them.
 

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