Quantum photonic processor with a record number of qumodes
The provider of photonic quantum computing hardware Quix Quantum has launched the world’s largest photonic quantum processor commercially in March.
The processor, which was developed at Quix’ facility in Enschede, the Netherlands, outperforms the current generation of processors by almost a factor of two. The new quantum photonic processor has a record number of qumodes – twenty – and the highest operating specifications on the market, according to the company.
There are two things that matter for a photonic processor – quantity and quality. Quantity here means the number of qumodes that the processor can support. Qumodes are the optical equivalent of qubits, the basic information carrying units in the computer – this number should be as high as possible. The quality of the processor is set by the amount of light which is lost when traversing over the processor – the less the better. Quix Quantum has succeeded in producing a processor which has simultaneously very low optical losses and the largest number of qumodes.
With this product launch, Quix Quantum solidifies its position as the global market leader in photonic quantum computing hardware. Quix’ products distinguish themselves from the competition not just due to their excellent specifications, but also due to their commercial maturity: the system is plug-and-play, and compatible with a large number of other pieces of quantum photonic hardware including all photon sources and detectors currently on the market. For these reasons, Quix’ products have become the de-facto standard for photonic quantum computing across Europe, including the French, German, British, and Hungarian quantum ecosystems.
Quix Quantum is a spinout of the University of Twente, with the main investors being Forward One and Oost NL.
