Quantonation
Quantonation is a venture capital investment firm established in 2018 and located in Paris, France. It is the first fund dedicated exclusively to investing in quantum and quantum-enabling technologies globally. The firm focuses on early-stage investments, targeting quantum startups across various domains, including computation, communications, simulation, and sensing. Quantonation manages a fund that aims to make 15 to 20 investments, with individual investment sizes ranging from EUR 0.25 million to EUR 2 million. The firm's investment strategy encompasses both hardware and software solutions, with a particular emphasis on deep physics, molecular design, high-performance computation, cybersecurity, and ultra-precise sensing. Quantonation seeks opportunities primarily in North America, Asia, the Middle East, and Europe, positioning itself at the forefront of the emerging quantum technology landscape.
ORCA Computing Limited, founded in 2019 and based in Oxford, United Kingdom, specializes in the development of photonic quantum computers. The company is focused on creating a scalable and flexible quantum computing platform that utilizes quantum memories to enhance performance. By integrating proprietary memory technology with standard telecom components, ORCA Computing delivers a modular architecture that optimizes the storage, synchronization, and buffering of quantum operations. This innovative approach aims to unlock advanced applications across various industries, thereby accelerating innovation and transforming traditional computing methods.
QphoX builds quantum modem device, connecting quantum computers across a quantum network.
ORCA Computing Limited, founded in 2019 and based in Oxford, United Kingdom, specializes in the development of photonic quantum computers. The company is focused on creating a scalable and flexible quantum computing platform that utilizes quantum memories to enhance performance. By integrating proprietary memory technology with standard telecom components, ORCA Computing delivers a modular architecture that optimizes the storage, synchronization, and buffering of quantum operations. This innovative approach aims to unlock advanced applications across various industries, thereby accelerating innovation and transforming traditional computing methods.
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