Breakthrough Victoria

Quantum Brilliance develops room-temperature quantum devices based on synthetic diamond, enabling compact, energy-efficient quantum systems suitable for everyday devices and high-performance computing. It designs, fabricates, and manufactures rugged diamond quantum components that operate at room temperature, enabling the mass production of quantum computers and sensors. These devices are intended for edge computing, ubiquitous computing, and integrated applications across consumer electronics and industrial computing environments.

Quantum Brilliance develops room-temperature quantum devices based on synthetic diamond, enabling compact, energy-efficient quantum systems suitable for everyday devices and high-performance computing. It designs, fabricates, and manufactures rugged diamond quantum components that operate at room temperature, enabling the mass production of quantum computers and sensors. These devices are intended for edge computing, ubiquitous computing, and integrated applications across consumer electronics and industrial computing environments.

Quantum Brilliance develops room-temperature quantum devices based on synthetic diamond, enabling compact, energy-efficient quantum systems suitable for everyday devices and high-performance computing. It designs, fabricates, and manufactures rugged diamond quantum components that operate at room temperature, enabling the mass production of quantum computers and sensors. These devices are intended for edge computing, ubiquitous computing, and integrated applications across consumer electronics and industrial computing environments.

Kite Magnetics specializes in the development of magnetic materials for enhancing electric motor efficiency. Their core product is nanocrystalline stator cores that minimize energy losses, enabling smaller, lighter, and more efficient motors. This technology benefits electric vehicle manufacturers by extending vehicle range, reducing costs, and improving reliability.

Kite Magnetics specializes in the development of magnetic materials for enhancing electric motor efficiency. Their core product is nanocrystalline stator cores that minimize energy losses, enabling smaller, lighter, and more efficient motors. This technology benefits electric vehicle manufacturers by extending vehicle range, reducing costs, and improving reliability.