Complete documentation for developers and quantum computing practitioners
Open the IDE directly in your browser โ no installation required! Just visit:
https://victus.nilgiri-wyvern.ts.net/quantum-ai-ide
NovaLang syntax is beginner-friendly. Try this Bell state:
q0 = qubit()
q1 = qubit()
h(q0)
cx(q0, q1)
measure(q0)
measure(q1)
print("Bell state created!")
Click โถ Run Code to execute.
h(q) โ Hadamard (creates superposition)x(q) โ Pauli-X (NOT gate)y(q) โ Pauli-Y (phase + NOT)z(q) โ Pauli-Z (phase flip)rx(q, ฮธ) โ Rotation around X axisry(q, ฮธ) โ Rotation around Y axisrz(q, ฮธ) โ Rotation around Z axiscx(q1, q2) โ CNOT (controlled-X)cz(q1, q2) โ Controlled-Zswap(q1, q2) โ Swap qubitsClick algorithm buttons in the IDE to load pre-built quantum circuits:
Convert NovaLang code to major quantum frameworks:
Connect to real quantum computers:
Available backends: 127-qubit Eagle, 1,000+ qubit systems
Feature grid with 12+ interactive learning modules
Live visitor analytics, country heatmap, device stats
This documentation page (you are here!)
Multi-shot analysis for quantum statistics
Simulate quantum hardware noise models
OpenQASM 2.0 editor and validator
IBM Quantum connection guide and specs
Live HTML/CSS/JS preview sandbox
| Shortcut | Action |
|---|---|
Ctrl + Enter |
Run quantum code |
Ctrl + S |
Save code to localStorage |
Ctrl + / |
Toggle comment (in Monaco editor) |
For programmatic access:
POST /api/run-circuit
Content-Type: application/json
{"code": "h(q0)\\nmeasure(q0)", "shots": 1024}
POST /api/export
{"code": "h(q0)", "target": "qiskit"}
See API Docs for complete specification.