No setup. No install. Start coding in seconds.
Write real Python/Qiskit, watch your circuit live, get hints from an AI tutor. Runs entirely in your browser.
No credit card required · Free Track 1 forever
from qiskit import QuantumCircuit qc = QuantumCircuit(1, 1) qc.measure(0, 0) counts = simulate(qc, shots=1024) print_counts(counts)Run this for real in the playground
Live simulation. No signup, no install.
The problem
Quantum computing has more explainer content than almost any field its size. Videos, analogies, popular science books. Most of it stops exactly where the difficulty starts, which is the moment you have to produce a circuit yourself.
The gap is not conceptual. It is that superposition, phase, and entanglement do not become real until you have written code that gets them wrong, seen the state vector disagree with you, and fixed it.
myqubit is built around that loop. Every lesson is code you write and run, with the quantum state rendered next to it while you work.
Why learners choose myqubit
Write real Python/Qiskit. Other platforms use drag-and-drop toys. You build skills that actually transfer to IBM Quantum.
Bloch sphere, state vector, circuit diagram, histogram, phase chart. All update in real time as you type.
Qubitus (powered by Claude) guides you Socratically: hints, not answers. Builds real understanding.
Build any circuit, share a link. No account needed to view or run.
Use real Qiskit-compatible syntax in the browser editor. No install, no environment setup. Just code.
Pyodide executes your code via WebAssembly at full Python speed, right inside your browser tab.
Bloch sphere, state vector, circuit diagram and histogram update the moment your code runs.
Gate-by-gate debugging
See exactly how each gate transforms your qubit state. The Bloch sphere updates gate-by-gate, and the corresponding editor line highlights automatically.
No other quantum education platform offers this level of debugging depth at this price point.
qc.h(0)|+⟩ superpositionqc.cx(0, 1)Bell state (|00⟩+|11⟩)/√2qc.measure_all()Collapsed → |00⟩ or |11⟩Every lesson ends with working code you ran yourself, not a concept you memorized.
Your first quantum circuit. Two qubits, forever correlated.
Finds a marked item in √N steps. Quadratic quantum speedup.
Parameterized, trainable circuits. The core of quantum ML.
Earn XP for every lesson. Climb ranks. Unlock achievements. A complete progression system built around real code.
This is what your profile looks like
your_handle
Level 7 · Phase Shifter
+150 XP
today
First Circuit
Bell Ringer
Hot Streak
Daily Warrior
Quarter Century
Quantum Graduate
20+ achievements to unlock
Everyone starts at zero, and XP comes from lessons you complete that week.
Weekly resets every Monday · Join to compete
Curriculum
160 lessons across 10 tracks. Open any track to read the full lesson list before you sign up.
Qubits, gates, superposition, measurement, and your first entangled state.
Algorithms, real hardware, noise, error correction, and quantum machine learning.
Cryptography, networking, and production Python against real quantum stacks.
How we verify
Most quantum courses ask you to trust that the physics is right. Here is what myqubit does instead, and what you can hold us to.
Each lesson's reference solution runs against the same quantum shim your browser uses, and must reproduce the expected output on repeated runs. A lesson that fails does not ship.
The same gate runs each lesson's untouched starter code and requires it to fail validation. If scaffold code alone could pass a challenge, the lesson is rejected. You cannot earn progress without writing quantum code.
Gamification, output validation, the Qiskit shim, circuit parsing, and the visualization pipeline are covered by unit tests that run throughout development.
Lesson content has been audited end to end against the literature, including gate ordering, endianness conventions, and algorithm complexity claims.
Specifications
Pricing
Track 1 is free forever. Go Pro for the complete quantum curriculum.
Lifetime access at $97. Competitors charge $199+.
No card required.
Full access, cancel anytime.
$6.58/mo, billed yearly.
Pay once, yours forever.
FAQ
Yes. Track 1 (Quantum Foundations, 17 lessons) and the full Quantum Playground are free forever, with no credit card required. Pro unlocks all 10 tracks with 160+ lessons, unlimited AI hints, and advanced visualizations for $12.99/month, $79/year, or $97 lifetime.
No. Track 1 starts from zero and teaches qubits, superposition, and measurement through code. Basic Python helps, and the advanced math (linear algebra, complex numbers) is introduced gradually as you need it.
Python, using Qiskit-compatible syntax. Qiskit is the industry-standard quantum SDK from IBM, so the code you write on myqubit transfers directly to real quantum hardware and research workflows.
No. Your code runs entirely in the browser via WebAssembly (Pyodide). Open the Playground, type Python, and your quantum circuit executes instantly with live Bloch sphere, state vector, and histogram visualizations.
Most learners finish Track 1 fundamentals in a week of casual study. The full curriculum, from your first qubit to quantum algorithms like Grover and Shor, error correction, and quantum machine learning, takes around 40 hours of hands-on coding.
You learn by writing real code, not watching. Every lesson is an interactive coding challenge with instant execution, live circuit visualizations, automatic checking, and a Socratic AI tutor that gives hints instead of answers.
New to the field? Start with our free guide: How to learn quantum computing
No setup. No install. Start building in seconds.