Qubits, Gates and Algorithms
You learn the gates that act on qubits, build real quantum circuits, and then work through the famous quantum algorithms -- Deutsch, Grover and Shor -- and how to program them. Claude Code helps you write and check each circuit.
Class 1Quantum gates: one qubit
The basic moves that change a single qubit.
Class 2Quantum gates: many qubits and CNOT
Gates that let qubits affect each other.
Class 3Building a quantum circuit
Putting gates together into a real computation.
Class 4Reversibility and quantum architecture
Why quantum machines are built the way they are.
Class 5The Deutsch algorithm
The first algorithm that beats a classical one.
Class 6The Deutsch-Jozsa algorithm
The same trick, scaled up to show a real speed-up.
Class 7Simon's algorithm
A problem quantum solves far faster.
Class 8Grover's search
Finding a needle in a haystack, quantum fast.
Class 9Shor's factoring algorithm
The algorithm that could break today's encryption.
Class 10Programming a quantum computer
Writing real quantum code and running it.
Class 11Real hardware and quantum error
Why real quantum computers are so hard to build.
Class 12Final review: from a qubit to a real algorithm
Seeing the whole path from one qubit to Shor.