What is photonic quantum computing?

Photonic quantum computing is an approach to quantum computing that uses particles of light, or photons, to encode, manipulate, and process quantum information through optical circuits and waveguides.

Can quantum computers operate at room temperature?

Yes. Photonic quantum computers can operate at room temperature because photons have negligible interaction with ambient thermal noise, eliminating the need for cryogenic dilution refrigerators.

What is continuous-variable quantum computing (CVQC)?

Continuous-variable quantum computing encodes information into continuous quantum observables, such as the amplitude and phase quadratures of light waves, allowing scalable processing using telecom-grade optical components.

Why use photons for quantum computing?

Photons travel at the speed of light with near-zero decoherence at room temperature, integrate natively with standard optical fiber, and eliminate the requirement for expensive cryogenic cooling systems.

What is a quantum co-processor?

A quantum co-processor is a hardware accelerator that operates alongside classical CPUs and GPUs inside standard server racks, handling complex mathematical transformations and optimization routines.