QuIDE is a quantum circuit IDE built for people who are curious, not credentialed. Drag gates onto qubits, run them instantly, and watch an AI assistant explain what's happening and why — no local install, no prior physics background required. Start with superposition and entanglement in under ten minutes.
Start with superposition and entanglement in under ten minutes. Drag gates onto qubits, run them instantly, and watch an AI assistant explain what's happening and why — no prior physics background required.
If your team wants a working understanding of quantum computing — not just buzzwords — QuIDE is built for a live, hands-on session. Everyone builds a real circuit, runs it on a simulator or actual quantum hardware, and leaves with intuition they can explain to someone else.
No math required. About ten minutes, start to finish.
Drag a Hadamard (H) gate onto qubit 0 and run the circuit.
H puts your qubit into superposition — it’s now both 0 and 1 until measured. This is the building block of every quantum algorithm.
Add a CNOT gate with qubit 0 as control and qubit 1 as target, then run again.
CNOT links the two qubits — measuring one now tells you the other’s value instantly. This is entanglement, the thing that makes quantum computers different from classical ones.
Add measurement gates to both qubits and run the circuit 100+ times (shots).
You’ll see roughly 50% |00⟩ and 50% |11⟩ — never |01⟩ or |10⟩. That’s entanglement showing up in real data.
Toggle from "Local Simulator" to a real IBM Quantum backend and re-run.
Same circuit, real hardware. You’ll likely see some noise — a few unexpected outcomes. That’s real quantum hardware being imperfect, not a bug.
A half-day, hands-on session where your team builds and runs real quantum circuits in QuIDE — covering superposition, entanglement, and measurement — with time for your team's own questions about where quantum and AI are actually relevant to your work today versus hype. No prerequisites; runs in a browser.
Get "Quantum in 10 Minutes" — 3 short emails, each with a hands-on circuit you build yourself. No fluff, no math you don't need.