Quantum Information and Computing

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SUMMARY

The discussion centers on preparing for a PhD in Quantum Information and Computing, emphasizing the importance of foundational knowledge in quantum mechanics (QM). Participants recommend acquiring "Quantum Computation and Quantum Information" by Chuang and Nielsen, which, despite being somewhat outdated in experimental chapters, remains a crucial resource for theoretical understanding. Basic algebra and introductory QM knowledge are deemed sufficient to grasp the book's content, which covers essential topics relevant to quantum computing.

PREREQUISITES
  • Basic understanding of quantum mechanics (QM)
  • Familiarity with algebraic concepts
  • Knowledge of quantum computation fundamentals
  • Access to "Quantum Computation and Quantum Information" by Chuang and Nielsen
NEXT STEPS
  • Study "Quantum Computation and Quantum Information" by Chuang and Nielsen
  • Research recent advancements in quantum annealing
  • Explore surface codes in quantum error correction
  • Learn about the latest developments in quantum algorithms
USEFUL FOR

Undergraduate students, aspiring PhD candidates, and anyone interested in advancing their knowledge in quantum information and computing.

Johnahh
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I have just finished my 2nd year of undergraduate study, which had the first pass of QM in it. I want to do a PhD in Quantum information/computing. What can I learn in my own time to get me closer to understanding QM information/computing? Currently I only know what we covered in lectures, and the well known concepts in QM.

Thanks!
 
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Find a copy of Chuang and Nielsen's book. It is getting a bit old so the experimental chapters are out of date, but the theory hasn't changed and will cover most of the basic topics (although will obviously not go into concepts that have emerged more recently, e.g. quantum annealing and surface codes)
 
f95toli said:
Find a copy of Chuang and Nielsen's book. It is getting a bit old so the experimental chapters are out of date, but the theory hasn't changed and will cover most of the basic topics (although will obviously not go into concepts that have emerged more recently, e.g. quantum annealing and surface codes)
Thanks, Just checked, its available from the university library, I will pick it up and start ready. Will this be accessible to me? or will I need further QM exposure?
 
You should be able to understand most of it with justsome basic QM. In fact, the book contains quite a good introduction to QM (at least the bit you need for QC) so as long as you know some basic algebra etc you should be OK.
 

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