What are some prerequisites to learning about quantum algorithms?

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SUMMARY

To effectively learn about quantum algorithms, a solid foundation in computer science and mathematics is essential, as these areas are more relevant than a deep understanding of quantum mechanics. The book "Quantum Computation and Quantum Information" by Nielsen and Chuang is highly recommended for its comprehensive coverage of both the physics and algorithms involved in quantum computing. While quantum computing encompasses fundamental physics, the current focus on algorithms requires primarily a CS background. The field remains nascent due to the lack of practical hardware for testing many theoretical concepts.

PREREQUISITES
  • Computer Science fundamentals
  • Mathematics, particularly discrete mathematics
  • Introductory Quantum Mechanics
  • Understanding of complexity theory
NEXT STEPS
  • Read "Quantum Computation and Quantum Information" by Nielsen and Chuang
  • Explore quantum algorithms such as Grover's and Shor's algorithms
  • Research quantum gate implementation and its significance
  • Investigate current quantum computing hardware developments
USEFUL FOR

Individuals interested in quantum computing, particularly those with a background in computer science or mathematics, and anyone looking to deepen their understanding of quantum algorithms and their applications.

Coolphreak
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i'm very interested in quantum computing and i'd like to learn more about quantum algorithms (and the actual hardware portion if possible). I'm learning introductory quantum mechanics but I have a good grasp of computer science, complexity etc. Can anyone recommend me any books to learn more?
 
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Nielsen&Chang "Quantum Computation and Quantum Information" is a very good book. It covers both the basic physics and algorithms.

Quantum computing is a HUGE field which involves everything from very fundamental physics to CS (just like regular computing). However, if you are specifically interested in algorithms a CS or math background is probably more useful than an understanding of QM. As long as you do not have to worry about HOW to realize a quantum gate the rest is "only" CS and engineering (just as you do not need to understand semiconductor physics in order to understand how to use an AND gate in ordinary computing).

That said, the CS part of quantum computing is stil a very small field, mainly because there is no way to actually test most of the ideas since we don't yet have the hardware.
 

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