QML and Applied Quantum Computing
Product Descriptions
Program and run quantum algorithms with unmatched speed, precision, and flexibility. MIMIQ offers streamlined access to industry-leading quantum emulators and tools, boasting performance that expands the boundaries of both classical and quantum computing.
Prepare end users for the transformative potential of quantum computing
Identify the optimal hardware platform to achieve quantum supremacy
Benchmark and improve the performance of real quantum computers
Invent, synthesize, and test new quantum algorithms
MIMIQ Technology
MIMIQ integrates highly efficient statevector and Matrix Product States (MPS) technologies to provide the gold standard for the efficient simulation of quantum algorithms and quantum computers.
MIMIQ is the only quantum platform that can rapidly and accurately compute arbitrary quantum circuits, including entanglement-limited circuits with millions of gates and thousands of qubits.
MIMIQ employs Matrix Product States (MPS) to offer a highly efficient compressed representation of the entire quantum state, enabling the simulation of quantum circuits with far more qubits than statevector techniques allow. For entanglement-limited circuits (e.g., the quantum Fourier transform), MPS simulation provides an exact representation, while for large-scale circuits with high entanglement, it can approximate with an accuracy that rivals state-of-the-art quantum computers.
Benefits with MIMIQ
- Lightning-fast statevector engine
- Large-scale Matrix Product States engine
- Managed cloud computing resources tailored to your needs
- Simulation of both ideal and noisy quantum circuits
- Access to complete quantum state properties: state amplitudes, measurement outcomes, circuit fidelities, etc.
- Support for dynamic circuits: in-circuit measurements, resets, conditional logic, etc.
- An extensive library of circuit primitive data for efficient circuit composition and execution
- Python and Julia libraries with comprehensive documentation
- Full OpenQASM v2 support and compatibility with v3 features
