Quantum computing is evolving at an unprecedented pace, and the need for robust, realistic, and user-friendly simulation tools has never been greater. At QPerfect, we are committed to equipping researchers, developers, and industry leaders with the resources they need to push the boundaries of quantum technology.
The latest MIMIQ upgrade introduces a host of groundbreaking features designed to bridge the gap between theoretical advancements and practical applications. Full details are available in the MIMIQ Documentation.
Non-unitary operators
MIMIQ now exposes a comprehensive set of non-unitary operators — projectors, partial measurements, and Kraus operators — usable directly in circuits. See the docs for Python and Julia.
Hardware-accurate noise
Realistic, parameterized noise channels can now be attached to gates and qubits with simple per-gate rules. Reference: Noise in Python · Noise in Julia. MIMIQ’s noise model goes well beyond the Pauli/Clifford regime covered by tools like Stim.
Statistical observables
You can now query expectation values, fidelity, correlations, and entanglement entropy directly from a MIMIQ run — without reconstructing the full state vector by hand.
Remote execution
Submit circuits to the MIMIQ cloud from your existing workflow. Authentication, job queueing, and result retrieval are built into the client libraries. See Remote Execution — Python and Julia.
As always, full reference documentation is at docs.qperfect.io.