QPerfect, a quantum computing spin-off from the European Center for Quantum Sciences in Strasbourg, has announced the release of MIMIQ 1.0, a powerful platform for executing quantum algorithms with unprecedented speed, accuracy, and flexibility. This virtual quantum computer exceeds the capabilities of current and next-generation quantum computers, as well as other quantum simulators.
Professor Shannon Whitlock, co-founder and scientific advisor at QPerfect, will officially present MIMIQ 1.0 on July 25th in Tokyo. Guido Masella, CTO at QPerfect, praised the team’s hard work and dedication to advancing quantum computing. MIMIQ 1.0 is extensively benchmarked and tested by industry experts, enabling researchers, developers, and enthusiasts to design, test, and optimize large-scale and complex quantum algorithms consisting of thousands of qubits and millions of gates. This platform has the potential to accelerate the quantum revolution, unlocking groundbreaking insights and transformative solutions.
Introducing MIMIQ 1.0: A Powerful Virtual Quantum Computer
The release of MIMIQ 1.0, a virtual quantum computer platform, marks a significant milestone in the field of quantum computing. Developed by QPerfect, a spin-off from the European Center for Quantum Sciences in Strasbourg, this platform is designed to execute quantum algorithms with unprecedented speed, accuracy, and flexibility.
MIMIQ 1.0 has been extensively benchmarked and tested by industry experts, making it the most advanced emulation platform for designing, testing, and optimizing large-scale and complex quantum algorithms. This platform can handle thousands of qubits and millions of gates, far exceeding the capabilities of current and next-generation quantum computers.
The MIMIQ 1.0 platform is designed to empower researchers, developers, and quantum enthusiasts to explore, innovate, and optimize on an unprecedented scale. It has already been adopted by research centers, consulting firms, quantum service providers, quantum software companies, and quantum hardware manufacturers.
Key Features of MIMIQ 1.0
MIMIQ 1.0 includes a range of features that set it apart from other quantum platforms. One of its key advantages is the use of Matrix Product States (MPS) for efficient representation and simulation of quantum states. This approach allows for exact simulations of entanglement-limited circuits, such as the Quantum Fourier Transform, and provides excellent state approximations for large entanglement circuits with a fidelity exceeding common state-of-the-art quantum computers.
Other key features of MIMIQ 1.0 include:
- A lightning-fast statevector engine for exact simulations of arbitrarily complex algorithms
- Large-scale Matrix Products State engine for exact simulation of entanglement-bound circuits and approximate simulation of high-entanglement circuits with arbitrary qubit connectivity
- Full OpenQASM v2 support and v3 feature compatibility
- Dynamic circuit support, including mid-circuit measurements, reset, and conditional logic
- Support for custom, user-defined gates and multi-controlled gate operations
- Support for symbolic algebra and expressions for parametric gates
- A large library of algorithms and circuit primitives for efficient circuit composition and execution
- Seamless integration with existing quantum workflows using easy-to-use Julia and Python interfaces
- Greater computing power at the user’s fingertips, with the ability to run jobs at ease using a managed cloud platform that benefits from continuous upgrades and new capabilities
The Significance of MIMIQ 1.0 in Quantum Computing
The release of MIMIQ 1.0 is expected to have a significant impact on the field of quantum computing. By providing a powerful virtual quantum computer platform, researchers and developers can now design, test, and optimize large-scale and complex quantum algorithms with unprecedented speed and accuracy.
This platform has the potential to accelerate the development of industry-relevant applications in quantum computing, unlocking new possibilities for fields such as chemistry, materials science, and machine learning. With its ability to handle thousands of qubits and millions of gates, MIMIQ 1.0 is poised to play a key role in the development of large-scale fault-tolerant quantum computers.
About QPerfect
QPerfect is a pioneering French and European deep-tech company at the forefront of quantum computing. Founded in May 2023, it has already been recognized with the prestigious I-Lab competition’s “Grand Prix” label in 2023, awarded to the most innovative French deep-tech companies. QPerfect works closely with leading research centers, quantum hardware builders, and software developers to accelerate the quantum computing revolution.
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