Run quantum experiments — no physics degree needed.
Tell an AI agent what you're curious about, watch your A quantum bit. Like a bit it reads out as 0 or 1 when measured, but before that it can hold a blend of both with different weights. run on a simulator, and get results explained in plain words — with a tamper-evident A record on Robinhood Chain that ties your job to a fingerprint (SHA-256) of its result file. It proves the file hasn't changed since — not that the maths was right. on Robinhood Chain.
Three steps from idea to verified result
- DescribePick a ready-made experiment or ask the agent in plain English. It proposes a plan — it never runs anything on its own.
- RunYou press Run. A Qiskit simulator executes the circuit within clear limits and streams the results back live.
- Verify on Robinhood ChainEvery result gets a SHA-256 fingerprint your wallet can record on-chain, so anyone can check it hasn't changed.
Build a circuit, see the odds instantly
Drop gates onto qubit wires and watch the exact probabilities update — computed right here in your browser from the The full list of numbers (amplitudes) describing every possible outcome of the qubits. Squaring each one gives its probability.. Start with the Bell pair below: two qubits in When qubits share one joint state, so their outcomes are linked. Measure one entangled qubit and you know something about the other., so they always agree.
Your circuit
2 gates · click a placed gate to remove it · outcomes read with qubit 0 on the right.
Exact probabilities
browser preview — not authoritativeA perfect coin flip between 00 and 11.
Computed in your browser from the statevector. Real runs with shots, seeds and receipts happen on the server.
Ready-made experiments to start with
Nine classics — from entanglement and teleportation to search, hidden-function puzzles and random numbers. Each one teaches a real quantum idea. Pick one, press Run, and the lab explains what happened.
Bell pair
Two qubits so linked that they always give the same answer.
GHZ state
Entangle a whole chain: all 0s or all 1s, never a mix.
Teleportation
Move a qubit's state from Alice to Bob using a shared entangled pair.
Superdense coding
Send two classical bits by sending just one qubit.
Grover search
Find a hidden bitstring faster than guessing by amplifying it.
Deutsch–Jozsa
Is a hidden function constant or balanced? Find out with one question.
Bernstein–Vazirani
Recover a whole hidden bitstring with a single query.
Max-Cut (QAOA)
Split a graph in two, then see how a classical solver compares.
Random numbers
Flip qubit coins and turn the results into random bits.
Results you can prove haven't been edited
Every finished job produces a manifest file. Its SHA-256 fingerprint can be written to a registry contract on Robinhood Chain by your own wallet. Later, anyone can drop the file into the verifier: if a single byte changed, the fingerprint won't match.
Honest fine print: a receipt is a commitment to the result, not a proof of correctness.
Open the verifierHelpers that read the chain for you
Two agents for Robinhood Chain. They explain what they find in plain words, link every claim to its evidence, and never touch your funds.
Token Safety Agent
What can the owner do? Are the burns real or outpaced by new mints? Who holds the supply, and who launched it?
Check a tokenQuantum Guardian
Has your wallet revealed its public key? Watch your wallets and get a step-by-step plan to move to a fresh address — signed by you.
Check a walletA token that's just for fun extras
Not launched Any contract claiming to be $QEDRA before an address appears here is not ours.
It plays no part in compute — the simulator is free and needs no wallet. Holding it unlocks the optional Lens, a 3D view of your qubits. Nothing here is investment advice.
See the Holder Pass →Let Claude, Cursor or VS Code use Qedra
An MCP endpoint, no key needed: experiments, token checks and exposure checks as tools. No hardware, signing or funds.