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4 months ago in Quantum Computing By Meera

I’m trying to build a solid reading list for quantum computing from the ground up. Could you recommend the essential references that strike the right balance between mathematical rigor and physical intuition?

I come from an electrical engineering background with solid linear algebra, but I'm new to the quantum formalism. There's an overwhelming number of books claiming to be introductory. Some are too algorithmic and black-box, others dive into QFT before I've grasped a Bloch sphere. I need a trusted sequence that builds conceptual understanding without sacrificing the mathematical backbone I'll need for research.

 

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By Natasha Answered 3 months ago

For beginners, a great starting point is the free online textbook Quantum Computing for the Very Curious by Andy Matuschak and Michael Nielsen. Additionally, IBM’s Quantum Computing YouTube channel provides excellent introductory lectures, tutorials, and practical demonstrations, making it easier to grasp fundamental concepts and start experimenting with quantum programming. These resources are accessible, beginner-friendly, and widely recommended for anyone new to the field.

By Reema Answered 1 month ago

From my experience guiding new graduate students into this field, the sequence matters more than the specific titles. Start with Nielsen and Chuang's "Quantum Computation and Quantum Information" it is dense, but Chapters 1 through 4 are non-negotiable. Keep Kaye, Laflamme, and Mosca's introductory text nearby as a more conversational companion. For the physical intuition you mentioned, I often recommend David Mermin's "Quantum Computer Science" for its clarity on the conceptual weirdness. Once you have those down, John Preskill's lecture notes, freely available online, will bridge you elegantly from textbook exercises to current research literature.

 

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