Core
Quantum computing foundations
Qubits, gates, and circuits from the ground up. The base every other track builds on.
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What we cover
What you can go deep on
Pick depth over breadth.
QuantumX School isn't one fixed quantum computing course, it's a set of research tracks you can go deep on. Whether you're starting from zero with quantum computing foundations, or you already know your way around linear algebra and want to specialise in post-quantum cryptography, quantum machine learning, quantum communication, or quantum hardware, every track is built the same way: real problems, real tools, and mentors who work in the field.
You pick the track that matches where you actually want to end up, rather than sitting through a fixed, one-size-fits-all syllabus. Most learners start with quantum computing foundations before branching into a specialisation, using open-source tools like Qiskit, Cirq, and QuTiP from the first week.
Theory
Algorithms and simulation
From Grover and Shor to variational methods. Reason about what quantum can actually speed up.
Dropping soonSecurity
Post quantum cryptography
The math that survives a quantum computer. Lattices, hashes, and the migration ahead.
Dropping soonAI
Quantum machine learning
Where quantum meets ML. Quantum kernels, hybrid models, and honest benchmarks.
Dropping soonNetworks
Quantum communication and QKD
Entanglement as infrastructure. Key distribution, repeaters, and the quantum internet.
Dropping soonPhysical
Hardware and electronics
Inside the machine. Superconducting qubits, control stacks, and the engineering reality.
Dropping soonTooling
AI tools for quantum software
Build the tools that build quantum software. Compilers, copilots, and developer workflows.
Dropping soonReady to start with the fundamentals? Join Introduction to Quantum Computing, our live cohort-based quantum computing course for beginners.