FREE • INTERACTIVE • HUMAN-CENTERED

Choose your quantum pathway

Build intuition first, then reinforce it through simulation, just-in-time mathematics, and code. Your progress follows your signed-in account.

CORE PROGRESS 0%
0 of 19 lessons complete
+
Designed to grow

Future modules can be added here for quantum security, policy, hardware, educator resources, and localized curricula.

FOUNDATIONS OF QUANTUM COMPUTING

0 / 19 lessons
LESSON 01 8 MIN BEGINNER

A different kind of information

Why quantum?

KNOWLEDGE CHECK

Test the idea

BUILD • SIMULATE • MEASURE

Two-qubit circuit lab

Compose a circuit from left to right. Every result is calculated locally in your browser.

CIRCUIT COMPOSER

State-vector simulator

CAPSTONE CHALLENGE

Create equal probabilities for all four outcomes

Hint: use one gate on each qubit. Can you do it without entangling them?

JUST-IN-TIME SUPPORT

The math beneath the sphere

Learn only the mathematics you need, exactly when you need it.

|ψ⟩ = α|0⟩ + β|1⟩
INTERACTIVE WORKBENCH

Normalize a state

No calculator needed

ADDITIONAL TRAINING

Write your first quantum circuits

A safe, local Qiskit-style sandbox. It teaches syntax without requiring an account or cloud hardware.

LOCAL SIMULATOR
main.py
Supported: h, x, y, z, s, t, rx, ry, rz, cx, swap, measure_all

Qiskit-style quick reference

Q
CURRICULUM GUIDE

Ask Qubit

Grounded, not generative

I answer from this course’s reviewed concept library. Try “What does the H gate do?” or “Why can’t I copy a qubit?”

Reviewed answers are used first. If enabled by the operator, unmatched questions may use an optional Gemini tutor and will be clearly labeled; do not include personal data.

YOUR LEARNING RECORD

Quantum foundations progress

0%

0 of 19 core lessons completed

◉ Interactive labs◉ Rule-based quizzes◉ Account progress

This MVP record is not a UNITAR or accredited certificate. A future credential would require a formal institutional partnership.