Textbooks and lecture notes
- Quantum computation and information by Nielsen and Chuang.
- Preskill's Lecture Notes.
- Scott Aaronson's Quantum Computing Lecture Notes.
- Peter Shor's Lecture Notes.
- Ronald de Wolf's Lecture Notes.
- Andrew Child's Lecture Notes.
- Quantum computing course by Dave Bacon.
- Quantum information theory by Mark Wilde.
- The theory of quantum information by John Watrous.
- Quantum computation and quantum information by Ryan O'Donnell.
- The complexity of quantum states and transformations by Scott Aaronson, Adam Bouland, and Luke Schaeffer.
- Quantum error correction and fault tolerance by Daniel Gottesman.
- A course in quantum computing for the community college by Michael Loceff. See also the video lectures.
- Learn quantum computation using Qiskit.
- STAQ Summer School 2020.
- Quantum computing since Democritus. (See also the course website.)
- Quantum information theory, Renato Renner, ETH Zurich, 2015.
- Quantum systems for information technology, Matthias Christandl, ETH Zurich, 2012.
Websites and other resources
- Quantum algorithm zoo.
- Quirk: Drag-and-Drop Quantum Circuit Simulator.
- Shtetl-Optimized by Scott Aaronson.
- CQuIC courses at the University of New Mexico.
- Timeline of quantum computing.
- Advice from Aram.
- Ten Semi-Grand Challenges.
- UMD CMSC 858K: Introduction to quantum information processing, Andrew Childs (Fall 2017).
- CMSC 33001: Novel Computing Architectures and Technologies, University of Chicago, Fred Chong.
- Quantum computing report by Doug Finke.
Video lectures
In quantum information:
- Quantum computing for the determined by Michael Nielsen.
- Boulder 2018 School on Quantum Information.
- Quantum Summer 2020 Lectures, Yale Quantum Institute.
- Quantum mechanics and quantum computation by Umesh Vazirani.
- Quantum Information Course by Daniel Gottesman at Perimeter Institute (2015).
- Mathematical methods of quantum information theory by Richard Werner at the Leibniz Universität Hannover (2017).
- TCS toolkit by Ryan O'Donnell. (Video lectures.)
- Computational quantum chemistry by Christopher Cramer.
- Algebraic and diagrammatic methods for many fermion systems by Piotr Piecuch.
Conference proceedings