Experimental solid state physics

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SUMMARY

Experimental solid state physics, a major subdivision of condensed matter physics, focuses on the study of materials such as conductors, insulators, semiconductors, and superconductors. This field is crucial for advancements in technology, impacting devices like microprocessors and smartphones. Careers in this area include research positions and academic roles, with opportunities for pursuing a Ph.D. in related disciplines. Experimentalists utilize a wide range of techniques to investigate material properties, making it a diverse and dynamic field.

PREREQUISITES
  • Understanding of condensed matter physics principles
  • Familiarity with material properties such as conductivity and superconductivity
  • Knowledge of experimental techniques in physics
  • Basic grasp of semiconductor physics
NEXT STEPS
  • Research advanced experimental techniques in solid state physics
  • Explore Ph.D. programs in condensed matter physics
  • Study the role of superconductors in modern technology
  • Learn about the latest developments in semiconductor research
USEFUL FOR

Students and professionals in physics, particularly those interested in experimental solid state physics, as well as researchers and engineers working in technology and materials science.

amjad-sh
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Hello
I wish if anybody can enlighten me about experimental solid state physics.
What they do every day? I mean who enroll in this major what careers they can find after completing their master degree in it?
Is their a ph.D related to this major?
 
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amjad-sh said:
Hello
I wish if anybody can enlighten me about experimental solid state physics.
What they do every day? I mean who enroll in this major what careers they can find after completing their master degree in it?

Solid state physics, or more generally called condensed matter physics, is the LARGEST subdivision of physics under the American Physical Society. In fact, there is a good chance that this is the largest area of physics when compared to other areas. This is the area that is responsible for your microprocessor, your iPhone, etc... i.e. they study the physics of some of the most important material that you are using today.

Condensed matter physicists study everything from your conductor, insulator, semiconductor, superconductor... all the way to supercooled gasses, superfluids, etc.. etc. When there are a gazillion of things interacting with one another, that is a physics that a condensed matter physicist might deal with.

Experimentalists in this area perform experiments using various techniques to study the properties of material. The techniques used are so varied and so many, it is a daunting task to list them all here.

Is their a ph.D related to this major?

Gosh, darn right there is!

If you have time, read this:

http://books.nap.edu/catalog/11967/...physics-the-science-of-the-world?infocus_8_1=

Zz.
 
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Thanks a lot ZapperZ.
 

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