Core
Quantum computing foundations
Qubits, gates, and circuits from the ground up. The base every other track builds on.
View CohortLearn Quantum Computing (By Building It)
A research-first quantum computing course. No classrooms. No fluff.
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Why QuantumX School
We don't teach quantum. We build it.
Real problems. Real tools. Real research.
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Research-first
Learn by solving real problems, not by sitting through lectures. You build from the first week.
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Real tools
Qiskit, Cirq, and QuTiP from day one. The same stack working researchers use, no toy sandboxes.
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Small cohorts
Intentional access with real peer and mentor support. You are a name here, not a seat number.
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No fixed syllabus
Progress by output, not by grades. Your depth is measured by what you actually ship.
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Connected to the frontier
Close to the work happening at IBM, Google Quantum AI, and a new wave of quantum startups.
What we cover
What you can go deep on
Pick depth over breadth.
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 soonExplore on your own
Tools we built for everyone.
Free. Open. No signup.
Trusted Associates
Research groups, industry collaborators, and communities we build with.
Wall of Appreciation
Voices from the community.
Replying to @_Quantum_X_
The mentor lineup is crazy. Didn't expect this level of depth.
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Replying to @_Quantum_X_
The hackathon was surprisingly well organized. Looking forward to the next one.
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Rare to find people discussing research this openly. Love what you're building.
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Global Collective
A truly global learning community.
Across eight countries and every time zone. Learners, builders, and researchers moving the quantum frontier forward, together.
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FAQ
Questions people actually ask.
Everything you need to know before you start learning quantum computing with us.
What is quantum computing?
Quantum computing is a way of processing information using qubits instead of classical bits, exploiting superposition and entanglement to explore many possibilities at once. It's the foundation behind quantum algorithms, post-quantum cryptography, and quantum machine learning, and it's the core subject QuantumX School teaches through hands-on projects.
Do I need a background in physics or math to learn quantum computing?
No. Our Introduction to Quantum Computing course is built for curious beginners and students with no prior research background. We start from qubits and quantum logic and build up, so anyone comfortable with basic algebra can follow along.
What will I learn in a QuantumX quantum computing course?
You'll go deep on qubits, quantum gates and circuits, quantum algorithms and simulation, post-quantum cryptography, quantum machine learning, quantum communication (QKD), and quantum hardware, using the same tools working researchers use: Qiskit, Cirq, and QuTiP.
Are QuantumX courses live or self-paced?
Our flagship cohorts are live and cohort-based, run over Zoom across weekend sessions, with recordings provided so you can revisit anything you miss. This keeps the pace real and the peer/mentor support genuine, instead of a stack of pre-recorded videos.
Do I get a certificate after completing the course?
Yes. Every learner who completes a QuantumX cohort receives a certificate of completion, along with access to a closed community, session recordings, and notes and resources for the topics covered.
How is QuantumX different from other online quantum computing courses?
We're research-first: small cohorts, real tools from day one (not toy sandboxes), no fixed syllabus, and progress measured by what you actually ship. It's closer to a research lab than a classroom.
Come build the quantum future.
Real problems, real tools, real research. Small cohorts, no fixed syllabus, no fluff. Find your depth and go.