QUANTUM / EXPERIMENT WORKSPACE

From a circuit to a discovery.

Simulate here. Explore real quantum devices. Take your experiment to your own provider account.

LOCAL LAB · NO ACCOUNT NEEDED

Launch a token with your experiment ↗

01 / CIRCUIT STUDIO

Build a quantum state.

QubitsShotsReadout flips

q0 |0⟩H●→ M

q1 |0⟩─CX→ M

GateTarget

2/64 gates · Bitstrings read q1…q0. Changing qubit count clears the circuit. Readout flips model measurement errors only, not a calibrated QPU.

02 / STATE & MEASUREMENT

Explore the possibilities.

CPU SIMULATOR

Start with an entangled pair.

Run the Bell circuit to see correlated 00 and 11 outcomes. This computes a statevector on your device.

03 / COMPARE EXECUTIONS

Bring back a hardware result.

Import a runner result to compare its counts with the ideal simulation of the same circuit. Imported files are user-supplied, not independently verified.

Import result

QuantumPad quantum tools use ordinary classical simulation unless a provider job explicitly identifies a QPU. Provider availability, billing and results remain authoritative at the provider.

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From a circuit to a discovery.

Build a quantum state.

Explore the possibilities.

Start with an entangled pair.

Bring back a hardware result.

QuantumPad

Compute

Workspace

Tools

From a circuit to a discovery.

Build a quantum state.

Explore the possibilities.

Start with an entangled pair.

Bring back a hardware result.