References


Quantum Computing / Quantum Information

Quantum Computation and Quantum Information – Nielsen & Chuang
Who has this book: Mike & Tina, Eduard
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Introduction to Quantum Information Science – Vlatko Vedral
Who has this book: Mike & Tina
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Quantum Computing for Computer Scientists – Yanofsky & Mannucci
Who has this book: Mike & Tina, Eduard
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Quantum Computer Science – N. David Mermin
Who has this book: Mike & Tina
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Quantum Mechanics

Principles of quantum mechanics – Shankar
Who has this book: Mike & Tina, John, Matt
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Quantum mechanics : concepts and applications – Zettili
Who has this book: Mike & Tina, John
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Introduction to quantum mechanics – Griffiths
Who has this book: Mike & Tina, John, Mary Ann
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Quantum mechanics for scientists and engineers – Miller
Who has this book: Mike & Tina
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No-Nonsense Quantum Mechanics – Schwichtenberg
Who has this book: Buck, Keith, Mike & Tina
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Quantum Mechanics Vols 1,2 Cohen-Tannoudji, Diu, Laloe
Who has this book: Matt
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Quantum Field Theory

Quantum field theory for the gifted amateur – Lancasterm & Blundell
Who has this book: Mike & Tina
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An interpretive introduction to quantum field theory – Paul Teller
Who has this book: Mike & Tina, Wayne
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Quantum Field Theory – Mark Srednicki
Who has this book: Mike & Tina
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Mathematics

Brad Osgood’s Class on the Fourier Transform
– There is a free book that goes with this. If you can’t find it online, Mike has a copy.

Stuff Generated by our group

Quantum class notes
Comments: These are the notes from the original “Quantum Class” that Mike and Tina did in Portland. They might be a good place to start for people who are interested in learning some very basic things about quantum theory, but don’t have a lot of math background. The basic prerequisite is just high school algebra.

Some further quantum computing notes

Quantum Phase Kickback
Comments: From Eduard’s 2019 lecture

Vector Space Axioms

Transition Chart (from discrete to continuous vector spaces)

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