Hands-on Workshop · Python + Qiskit · ~4 Hours
Unlocking Quantum
Computing
Build quantum circuits. Write real Qiskit code. Run algorithms on simulators.
No physics degree required.
from qiskit import QuantumCircuitqc = QuantumCircuit(2)qc.h(0) # superpositionqc.cx(0, 1) # entanglementqc.measure_all()Why This Workshop
Quantum computing, demystified.
No physics degree required
Start with Python. End with quantum circuits. Every concept builds from code you already write.
Real Qiskit code
Industry-standard framework from IBM. The same tools used by researchers and Fortune 500 teams.
Interactive simulations
6 live demos running in your browser. Watch quantum behavior unfold in real time.
Built-In Simulations
See it. Build it. Run it.
Interactive demos run right in your browser. No setup. No installs.
Double-Slit Experiment
Watch particles build interference patterns one hit at a time. Toggle observation to collapse the wave.
Quantum Circuit Builder
Drag and drop gates onto qubits. See state vectors update in real time as you build.
Grover's Algorithm
Visualize amplitude amplification step by step. Watch the correct answer grow with each iteration.
Curriculum
10 modules. 4 phases.
One quantum leap.
Foundations
Build your quantum intuition
Core Quantum
Master the quantum toolkit
Building & Algorithms
Solve real quantum problems
Plus reference materials:
Is This For You?
Honest expectations.
This is for you if...
- You write Python and want to understand quantum computing
- You learn by building, not by reading papers
- You want practical skills, not a theory lecture
- You are curious about where computing goes next
This is NOT for you if...
- You want a deep dive into quantum physics theory
- You are looking for a certification course
- You need real-time quantum hardware access
- You have never written a line of code
Four hours from now, you'll understand quantum computing.
Not theoretically. Practically. With code you wrote yourself.
Free. Browser-based. Start in 30 seconds.