Enabling ubiquitous quantum computing
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Enabling ubiquitous quantum computing
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A world recognised leader in quantum computing, Marcus is now a founder of QB, helping transform how quantum computers are built.
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From Credit Suisse to QIC, Mark has had years of experience in tech transfer and venture growth. Now, he is helping QB transform the world of quantum computing.
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From Credit Suisse to QIC, Mark has had years of experience in tech transfer and venture growth. Now, he is helping QB transform the world of quantum computing.
By using synthetic diamonds, Quantum Brilliance's computers can operate at room temperature, without the need for complex laser or vacuum systems, allowing quantum computers to be used anywhere. Imagine the possibilities of quantum computers deployed in space, sea, remote sites, cars, hospitals, offices or mass installed in data centres. This unlocks seamless application possibilities.
Diamonds have a nitrogen vacancy (NV) centre - in these centres, the diamond has the longest coherent time of any room temperature quantum state, allowing quantum computers to operate anywhere. QB leverages new capabilities in atomic-scale diamond fabrication and control techniques. This will enable making quantum computing an everyday technology in edge applications, through embedding quantum hardware across ecosystems and unlocking a new trajectory of quantum applications.
By using synthetic diamonds, Quantum Brilliance's computers can operate at room temperature, without the need for complex laser or vacuum systems, allowing quantum computers to be used anywhere. Imagine the possibilities of quantum computers deployed in space, sea, remote sites, cars, hospitals, offices or mass installed in data centres. This unlocks seamless application possibilities.
Diamonds have a nitrogen vacancy (NV) centre - in these centres, the diamond has the longest coherent time of any room temperature quantum state, allowing quantum computers to operate anywhere. QB leverages new capabilities in atomic-scale diamond fabrication and control techniques. This will enable making quantum computing an everyday technology in edge applications, through embedding quantum hardware across ecosystems and unlocking a new trajectory of quantum applications.
QB working with Pawsey Supercomputing Centre installed the world’s first room-temperature quantum computer located physically on-site in a compute centre. This is an impressive demonstration of the ease of integration of a diamond quantum computing system in complex real world environment.
QB working with Pawsey Supercomputing Centre installed the world’s first room-temperature quantum computer located physically on-site in a compute centre. This is an impressive demonstration of the ease of integration of a diamond quantum computing system in complex real world environment.
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