Industrial-Scale Quantum Computing with Room Temperature Photonics
QC82 is on a bold journey to deliver industrial-scale photonic QC with millions of qubits by using its breakthroughs in room temperature photodetection and low-loss photonic chip designs.
Estimated market
BCG, Where Will Quantum Computers Create Value – and When?, bcg.com (2019)
“/ Materials $0.4B
/ Pharma $0.2B”
“/ Materials $2.5B
/ Pharma $1.5B”
“/ Materials $27B
/ Pharma $35B”
Photonics is one of the most promising approaches for scaling quantum computers to millions of qubits.
To realize the scaling of photonic QC we are developing breakthrough photon number resolving detectors integrated on photonic chips working at room temperature.
And, to open up practical photonic QC applications, we have devised architectures that generate photonic qubits at very high probabilities, eliminate error-prone photonic components, and limit the requirements for demanding photon number resolution.
We are building the future of QC with room temperature, low-loss, scalable, quantum photonics.
Our partners
