Programs What degree should I get for working in quantum technology?

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SUMMARY

To pursue a career in quantum technology, a degree in physics is recommended over engineering physics due to its deeper focus on quantum theory. While engineering physics emphasizes practical applications, it may lack the necessary depth in quantum concepts essential for fields like quantum computing, quantum imaging, and quantum lithography. A strong foundation in theoretical physics is crucial for understanding advanced topics in quantum technology.

PREREQUISITES
  • Understanding of quantum mechanics principles
  • Familiarity with quantum computing concepts
  • Knowledge of materials science related to quantum applications
  • Basic proficiency in mathematical methods used in physics
NEXT STEPS
  • Research advanced quantum mechanics courses
  • Explore quantum computing frameworks and tools
  • Investigate materials science programs focusing on quantum applications
  • Study the principles of quantum imaging and lithography
USEFUL FOR

Students and professionals interested in pursuing careers in quantum technology, including quantum computing, quantum imaging, and materials science. This discussion is particularly beneficial for those weighing their educational options in physics and engineering physics.

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I'm a second year physics major and I want to work in quantum engineering. I think it's the future of technology. What degree should I do? I'm pretty much torn between physics and engineering physics. Obviously there's a trade off: engineering physics focuses more on applying concepts to the real world, while straight physics is more theory and math.

Now I'm pretty sure the engineering physics program at my school doesn't go nearly in depth enough when it comes to quantum theory so would a physics degree be better? But with an engineering degree you learn to apply concepts much more than a physics degree.

What degree would be better for me to take in order to have a career in quantum technology?

By quantum technology I mean quantum computing, quantum imaging, quantum lithography, q-dots, etc.
 
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I think that some of those subfields you mentioned are also areas of research in Materials Science.

If you wanted to pursue a career in Materials Science, I think an undergraduate degree in chemistry or physics would suffice. I may be wrong, but probably not in regards to my 1st statement.
 
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