- quantum computing for the very curious, by m. nielsen
- quantum computing in the nisq era and beyond, by j. preskill
- a course in quantum computing, by m. loceff
- lecture on quantum computation, by d. deutsch
- on quantum computing, ai podcast #72, by s. aaronson
- on quantum computing, by j. preskill
- on quantum computing, by s. benjamin
- quantum computation and quantum information, by mike & ike
- quantum computing, by j. hidary
- quantum computing for the determined, by m. nielsen
- crafting qubits: harnessing quantum mechanics for computation, by b. greene et al.
- the history of games for quantum computers, by j. wootton
- quantum computing: between hope and hope, by s. aaronson
- can quantum-mechanical description of physical reality be considered complete, a. einstein et al.
- simulating physics with computers, by r. feynman
- quantum mechanical computers, by r. feynman
- mit's linear algebra course
- the essence of linear algebra (videos)
- susskind's stanford introduction to quantum mechanics
- scheme for reducing decoherence in quantum computer memory, by p. shor (1995) (canonical paper introducing decoherence and quantum error correction)
- observation of constructive interference at the edge of quantum ergodicity, by google quantum AI
- use of second-order out-of-time-order correlators on a superconducting quantum processor to probe the dynamics of quantum many-body systems, revealing sensitive quantum correlations even at long timescales. potential to unlock hidden details about quantum systems. suggestion of a path to practical quantum advantage, like hamiltonian learning tasks.
- google's explanation video (quantum echoes)