Quantum Brilliance, the company behind miniaturized products for quantum computing at room temperature, has announced the general availability of the Qristal SDK.
Previously available in beta, Crystal SDK is an open-source development kit designed to study applications integrated with diamond-based quantum accelerators.
In announcementAustralia’s Quantum Brilliance said: “The Qristal SDK is now available to anyone who can develop and test new quantum algorithms for real-world applications designed specifically for quantum accelerators rather than quantum mainframes.”
Quantum computing is fast approaching
The company hopes its quantum technology will prove beneficial in hybrid data center setups as well as autonomous vehicle and satellite technologies.
The company’s CEO, Mark Luo, said in a statement: “We believe this powerful tool will help organizations around the world understand how quantum accelerators can enable and enhance productivization and commercialization.”
The SDK includes C++ and Python APIs, Nvidia CUDA features and configurable noise models.
As the world prepares for quantum computing, enterprises are increasingly exploring hybrid approaches. Quantum Brilliance hopes that with MPI (the global standard for large-scale parallel computing), the SDK will help customers deploy hybrid applications in HPC deployments.
The company boasts of using synthetic diamonds that work at room temperature regardless of the environment. For this reason, they do not require cryogenics, vacuum systems or precision laser arrays, which makes them more energy efficient and increases their versatility in implementation.
As technology advances, Quantum Brilliance hopes to reduce the size of its systems from the current desktop computer to the size of a semiconductor chip, opening up the possibilities of quantum computing to anyone with room for a classic computer.