Which Graduate Class Should I Choose for My Materials Science Interests?

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SUMMARY

The discussion centers on the choice between taking a graduate-level Solid State Physics class and a Statistical Mechanics class for a student interested in experimental materials science. The Solid State Physics course covers essential topics such as crystal structure, X-ray diffraction, and band theory, while the Statistical Mechanics course includes thermodynamics, Bose and Fermi statistics, and phase transitions. Given the student's goal of applying to PhD programs in materials science and engineering, it is concluded that taking Statistical Mechanics first may enhance their attractiveness to these programs, despite both classes being beneficial.

PREREQUISITES
  • Understanding of basic thermodynamics
  • Familiarity with crystal structures and X-ray diffraction
  • Knowledge of statistical mechanics concepts such as Bose and Fermi statistics
  • Experience with graduate-level physics coursework
NEXT STEPS
  • Research the applications of Solid State Physics in experimental materials science
  • Explore advanced topics in Statistical Mechanics relevant to materials science
  • Investigate PhD programs in materials science and engineering to understand their prerequisites
  • Review literature on the impact of solid state properties on material behavior
USEFUL FOR

Graduate students in physics or materials science, prospective PhD candidates in experimental fields, and anyone seeking to deepen their understanding of solid state and statistical mechanics in relation to materials science.

chill_factor
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next semester I have a choice between solid state physics and statistical mechanics. I will take the other class next year. My interests are in experimental materials science.

The solid state class will focus on electromagnetic properties of materials covering crystal structure and X-ray diffraction, Drude and Sommerfeld model, periodic lattices and band theory, lattice vibrations, experimental probes, semiconductors, dielectrics, magnetism.

The stat mech class will cover review of basic thermodynamics, classical gases, Bose statistics, Fermi statistics, interacting systems with cluster expansions, second quantization and intro to phase transitions. Applications include electrons in solids, phonons and magnetism.

Which one will be more beneficial to my interests?

I will also be applying to PhD programs in materials science and engineering, physical chemistry and chemical physics next fall, all in experimental fields. Which class would make myself more attractive to these PhD programs (they won't get to see the grade for the other class by the time I apply)?
 
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I would take stat mech before solid state, irrespective of how you think it will look. While it may not be a strict prerequisite, it will certainly help.
 
Vanadium 50 said:
I would take stat mech before solid state, irrespective of how you think it will look. While it may not be a strict prerequisite, it will certainly help.

these are both graduate level classes; I've already taken undergrad stat mech. Does that change anything?
 

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