The world's most powerful virtual quantum computer
MIMIQ
Build and run large-scale quantum algorithms on the most powerful virtual quantum computer—access full-state insights, achieve real hardware requirements, and more. Run complex quantum simulations with ease with cloud performance and seamless Python/Julia/OpenQASM integration.
Program and run quantum algorithms with unrivaled speed, accuracy, and flexibility
MIMIQ offers unmatched access to industry-best quantum emulation and tools with performance crossing the boundaries of classical and quantum computing capabilities.
Algorithm Development
Program and test the transformative potential of quantum computing
Hardware Access
Specify the exact hardware platforms for achieving a quantum advantage
Performance Benchmarking
Benchmark and improve the performance of real quantum computers
Algorithm Development
Invent, synthesize and test new quantum algorithms
The MIMIQ advantage
Design at Massive Scale
Design, test, and optimize large-scale quantum circuits (up to thousands of qubits) and complex algorithms beyond today’s hardware limits.
Full Quantum State Visibility
Access detailed state properties anytime—including amplitudes, measurement results, circuit fidelity, qubit correlations, and entanglement metrics.
Estimate Real Hardware Requirements
Model realistic noise and compute the quantum resources needed to reach true quantum advantage before deploying to hardware.
Cloud-Powered and Easy to Integrate
Run powerful simulations on demand with flexible cloud compute, plus seamless support for Python, Julia, and native OpenQASM workflows.
Technology behind MIMIQ
MIMIQ integrates highly efficient statevector and matrix product state (MPS) backends, the gold standard for efficient simulation of algorithms and quantum computers. MIMIQ is the only quantum platform that enables large-scale, currently exact validation of arbitrary quantum circuits with millions of gates and entanglement-bound circuits with thousands of qubits.
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MIMIQ uses Matrix Product States (MPS), highly efficient compressed representations of the full quantum state which makes it possible to simulate quantum circuits with many more qubits than is possible with statevector techniques. MPS simulation can be exact for entanglement limited circuits (e.g. the Quantum Fourier Transform has an exact MPS representation) or approximate for large entanglement circuits with accuracy exceeding state-of-the-art quantum computers.
Record fast run times
Speed is crucial for testing NISQ quantum algorithms which require many iterations and early fault-tolerant quantum algorithms with millions of gates. MIMIQ achieves record fast run times and high fidelities by fully exploiting low level CPU instructions, advanced circuit pre-conditioning and low level memory optimization.
Power and flexibility over the cloud
MIMIQ provides greater computing power at your fingertips and at any time. Run your jobs at ease using our managed cloud platform and benefit from continuous upgrades and new capabilities. MIMIQ integrates with your existing quantum workflow with user friendly Python and Julia interfaces as well as native OpenQASM support.
The most extensively tested quantum computing platform
To benchmark MIMIQ we use the MQT Bench library which consists of 28 quantum algorithms and more than 70,000 circuits with between 2 and 130 qubits. MIMIQ achieves 100% accuracy for the vast majority of these circuits – more than any other quantum platform.
Learn More About MIMIQ
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