Is quantum physics a growing field in the future?

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SUMMARY

Quantum information (QI) is a critical subset of quantum physics, focusing on the storage and processing of information at atomic scales. String theory, while not yet proven, aims to unify various aspects of physics and is considered a more advanced concept within the realm of quantum physics. To specialize in string theory at the master's level, students should study general relativity and quantum electrodynamics, among other complex topics. The advancements in quantum information technology promise significant improvements in computing capabilities, akin to the transition from circuit boards to silicon wafers.

PREREQUISITES
  • Quantum physics fundamentals
  • Quantum information theory
  • General relativity
  • Quantum electrodynamics
NEXT STEPS
  • Research advanced topics in string theory
  • Explore quantum information processing techniques
  • Study the implications of quantum computing on technology
  • Investigate the relationship between quantum physics and general relativity
USEFUL FOR

Students and researchers in physics, computer scientists interested in quantum computing, and anyone looking to understand the future implications of quantum information and string theory.

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I once heard Michio Kaku talking about quantum information being the bright future in 50 years
But I wasn't so sure if that QI = Quantum physics

also is string theory part of quantum physics?
what do you need to study in masters to specialize in string theory
 
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1. Quantum information is a subset of quantum physics, more specifically about storing bits (like on your computer) on atomic size scales
2. String theory is a theory that tries to unify some stuff or something. (I really don't know.) It's not proven yet but it can be seen as "one level deeper" than quantum physics now.
3. Probably lots of general relativity, quantum electro dynamics, and the such. It's hard stuff, string theory is.
 
Quantum information holds a lot of relevance to computing, if we can store/ process information on a quantum level we can pack more punch into a smaller computer, the possibilities are endless for development just as after the silicon wafer replaced the circuit board.
 

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