Resources

The definitive textbook on quantum computing. Covers quantum circuits, algorithms, error correction, and information theory with mathematical rigor.

A comprehensive graduate-level introduction to quantum mechanics, covering wavefunctions, operators, perturbation theory, and scattering.

The standard undergraduate textbook for quantum mechanics. Clear explanations of the Schrödinger equation, spin, and identical particles.

A rigorous yet accessible graduate text covering state vectors, angular momentum, approximation methods, and relativistic quantum mechanics.

A practical introduction covering quantum gates, algorithms, physical implementations, and the computational advantages of quantum systems.

An accessible introduction to quantum computing by a renowned physicist, covering circuits, algorithms, and the basics of quantum information.

Bridges the gap between computer science and quantum mechanics. Covers linear algebra, quantum algorithms, and complexity theory.

A comprehensive treatment of quantum information theory, including entropy, channel capacity, and quantum error correction.

A comprehensive text bridging mathematical foundations with practical quantum computing implementations and physical realizations.

A thorough yet accessible introduction to quantum computing requiring minimal physics background. Covers circuits, algorithms, and quantum information theory.

An intuitive and hands-on guide to quantum computing that builds understanding from basic quantum mechanics through to advanced algorithms.

A comprehensive two-volume set covering both the foundations of quantum computation and advanced topics in quantum information processing.

A clear, self-contained introduction to quantum computing that explains key concepts with minimal mathematics.

A comprehensive treatment of information theory covering both classical Shannon theory and quantum information theory.

A comprehensive textbook bridging conceptual understanding with practical problem-solving in quantum mechanics.

A modern approach to teaching quantum mechanics using a paradigms-based methodology, emphasizing conceptual understanding.

A practical guide to quantum computing covering both theory and hands-on implementation with modern quantum computing frameworks.

A hands-on introduction to quantum computing using Python and Microsoft's Q# language, with practical examples and exercises.

A practical guide to implementing quantum algorithms using Java and the Strangeworks platform, focusing on real-world applications.

A critical examination of the foundations and interpretations of quantum mechanics, exploring conceptual puzzles and paradoxes.

A textbook designed for undergraduate computer science students, covering both classical and quantum computing paradigms.

A project-based introduction to quantum computing with exercises in quantum algorithms, cryptography, and error correction.

IBM's annual quantum computing summer school. Covers quantum gates, algorithms, error mitigation, and hands-on Qiskit programming.

MIT's undergraduate quantum mechanics course covering wave mechanics, the Schrödinger equation, and the uncertainty principle.

Covers quantum mechanics in greater depth: angular momentum, spin, perturbation theory, and identical particles.

Caltech's graduate-level quantum information and computation course taught by John Preskill, including his famous lecture notes covering quantum entanglement, quantum Shannon theory, and quantum error correction.

Scott Aaronson's lecture notes for his graduate quantum information science course at UT Austin, covering qubits, quantum algorithms, and complexity.

Advanced course covering quantum algorithms, quantum Shannon theory, and quantum cryptography.

An online version of MIT's quantum mechanics course with interactive problem sets and video lectures.

MITx's introduction to quantum information science on edX, taught by Isaac Chuang, Aram Harrow, and Peter Shor — qubits, gates, and core quantum algorithms.

An advanced edX course on quantum cryptography from Caltech and TU Delft, taught by Stephanie Wehner and Umesh Vazirani, covering QKD, entanglement-based protocols, and security proofs.

A conceptual introduction to quantum mechanics from Georgetown University, requiring no advanced math background.

Leonard Susskind's acclaimed lecture series on quantum mechanics from Stanford, part of the Theoretical Minimum program.

IBM's 2023 global summer school covering quantum algorithms, error mitigation, and hands-on Qiskit exercises.

An interactive, hands-on introduction to quantum computing concepts through puzzles, visualizations, and guided exercises.

A comprehensive year-long quantum computing course by The Coding School, covering foundations through advanced topics with live instruction.

A comprehensive course from IIT on quantum computing covering quantum gates, algorithms, and quantum simulation techniques.

MIT's third undergraduate quantum course covering perturbation theory, scattering, and relativistic quantum mechanics.

IBM Quantum's official learning platform with interactive courses, tutorials, and certification paths for quantum computing.

A deep dive into quantum algorithm design from TU Delft, covering Grover, Shor, and quantum Fourier transform.

Collection of videos from 3Blue1Brown touching on quantum concepts — Bell's inequality, Schrödinger's equation, and quantum mechanics visualizations.

Extensive video library covering quantum computing tutorials, Qiskit coding sessions, and quantum research discussions.

Short, engaging videos explaining quantum computing concepts from superposition to quantum error correction.

Xanadu's PennyLane quantum machine learning channel and demos, covering variational algorithms, kernel methods, and QML theory (work by Maria Schuld and colleagues).

Research-level lectures from the University of Waterloo's IQC, covering topological quantum computing, error correction, and quantum information.

Research talks and explainers from Google Quantum AI on quantum supremacy, error correction, and quantum hardware.

A thorough series on quantum mechanics fundamentals, from wavefunctions to perturbation theory, with clear mathematical derivations.

In-depth explorations of quantum physics concepts from the PBS Space Time channel, covering black holes, entanglement, and quantum fields.

Clear, critical explanations of quantum mechanics and quantum computing by physicist Sabine Hossenfelder, making complex topics accessible.

Friendly, visual explanations of quantum mechanics concepts aimed at making quantum physics intuitive and accessible.

Quantum computing and quantum mechanics explainer videos from Domain of Science, covering QC fundamentals with clear visual maps.

Ryan O'Donnell's CMU lecture course on quantum computation and information, aimed at computer scientists. Full video lectures and notes via his CMU page.

Graduate-level lecture series on quantum information theory by John Watrous, covering quantum channels, entropy, and capacity.

Official tutorials from Microsoft on quantum programming with Q#, including quantum algorithms and Azure Quantum.

Clear and detailed video explanations of quantum mechanics concepts, from basic principles to advanced topics.

Popular science videos exploring quantum mechanics phenomena, including quantum entanglement, measurement, and quantum computing.

Educational video series from QuTech in the Netherlands, covering quantum computing fundamentals and quantum internet concepts.

Recorded talks and seminars from the Quantum Open Source Foundation, covering open-source quantum computing projects and research.

Official Google Cirq tutorials covering quantum circuit design, noise simulation, and running circuits on quantum processors.

Sean Carroll's comprehensive lecture series on quantum mechanics, covering the foundations, interpretations, and modern developments.

Cloud-based quantum computing platform. Access real IBM quantum processors, run circuits, and use the Qiskit SDK.

AWS-managed quantum computing service with access to IonQ, Rigetti, and D-Wave hardware. Features hybrid quantum-classical workflows.

Google's quantum computing research platform featuring the Sycamore processor and Cirq SDK. Pioneered quantum supremacy demonstrations.

Full-stack quantum cloud platform with Q# programming language, resource estimation, and access to ion-trap and topological qubit hardware.

Xanadu's PennyLane web platform: hosted QML demos, the Codebook interactive course, datasets, and cloud access to quantum devices. (For the SDK itself, see the Tools section.)

Cloud access to Xanadu's photonic quantum computers via the PennyLane framework. Specializes in continuous-variable quantum computing and QML.

Cloud access to IonQ's trapped-ion quantum computers, available through AWS Braket, Azure Quantum, and direct API access.

Cloud platform for D-Wave's quantum annealers and hybrid solvers. Access quantum annealing systems for optimization problems.

A cloud-agnostic quantum computing platform that provides access to multiple hardware backends through a unified interface.

A quantum algorithm design platform that automatically optimizes quantum circuits from high-level functional descriptions.

Integrated quantum computing platform featuring Honeywell's trapped-ion hardware and the TKET quantum SDK for circuit optimization.

UK-based quantum cloud platform providing access to superconducting quantum computers via OQC's Coaxmon architecture.

Full-stack quantum cloud platform with access to Rigetti's superconducting processors, the Quil instruction set, and the Forest SDK.

A comprehensive catalog of quantum algorithms maintained by Stephen Jordan, organized by problem domain with references and speedups.

A community-maintained wiki for quantum information science, covering concepts, people, institutions, and research topics.

The primary preprint repository for quantum physics and quantum computing research. Access the latest papers and foundational works.

A curated directory and news source tracking the quantum computing industry, including hardware, software, and company profiles.

IBM's comprehensive collection of Jupyter notebook tutorials covering quantum computing concepts with hands-on Qiskit exercises.

A collection of resources on quantum networking, quantum repeaters, and the emerging quantum internet from QuTech.

A global community-driven platform offering quantum computing workshops, tutorials, and educational materials in multiple languages.

An interactive platform for learning quantum computing through visual circuit builders, challenges, and guided tutorials.

National Institute of Standards and Technology resources on quantum computing standards, post-quantum cryptography, and quantum metrology.