Hunter Muench

Learn Quantum

Quantum computing at multiple levels

Follow a structured learning path or jump directly to a topic. Lessons will range from intuitive introductions to graduate-level derivations and interactive tools.

No prior quantum background

Start Here

Build an intuitive picture of quantum states, measurement, interference, and information.

  • What makes a system quantum?
  • States, probabilities, and measurement
  • Superposition and interference
  • Entanglement and correlations

Lessons coming in Phase 2.

Introductory to intermediate

Discrete-Variable Quantum Computing

Learn qubits, gates, circuits, algorithms, measurement, and error correction.

  • Qubits and the Bloch sphere
  • Single- and two-qubit gates
  • Quantum circuits
  • Introductory algorithms

Lessons coming in Phase 2.

Intermediate

Continuous-Variable Quantum Computing

Learn quadratures, Gaussian states, optical gates, covariance matrices, and photonic computation.

  • Quadratures and phase space
  • Gaussian states
  • Gaussian gates
  • Homodyne and heterodyne detection

Lessons coming in Phase 2.

Advanced

Quantum Research Topics

Explore measurement-based computation, quantum sensing, Gaussian Boson Sampling, and trainable circuits.

  • Cluster states and MBQC
  • Distributed quantum sensing
  • Gaussian Boson Sampling
  • Quantum neural networks

Lessons coming in Phase 2.