Tracks
Nine routes into quantum technology.
Foundations
The core mechanics of quantum behavior: superposition, measurement, interference, uncertainty, tunneling, and bound states.
12 lessons · 9 hoursAtomic & Molecular Physics
Spin, orbitals, exclusion, bonding, spectra, and the coherent light that makes lasers possible.
8 lessons · 7 hoursQuantum Information
Qubits, gates, entanglement, teleportation, no-cloning, and the language of noisy quantum states.
10 lessons · 9 hoursQuantum Computing
Quantum circuits, universal gates, speedups, QFT, Shor, Grover, NISQ algorithms, and error correction.
12 lessons · 11 hoursQuantum Hardware
Superconducting circuits, trapped ions, photonics, neutral atoms, spin qubits, decoherence, and cryogenics.
8 lessons · 8 hoursQuantum Sensing
Atomic clocks, NV centers, gravity sensing, interferometry, LIGO, and imaging with quantum correlations.
6 lessons · 5 hoursQuantum Cryptography
The threat from quantum computers, quantum key distribution, Bell-state security, post-quantum algorithms, randomness, and quantum networks.
6 lessons · 5 hoursQFT & Beyond
Vacuum activity, QED, Feynman diagrams, path integrals, and the Standard Model as a quantum field theory.
5 lessons · 5 hoursFoundations & Philosophy
Measurement, interpretation, many worlds, Copenhagen, pilot waves, and QBism without turning mystery into fog.
5 lessons · 4 hours