Room-temperature photonic chips for scalable universal quantum computing.
QC82 is on a bold journey to deliver practical photonic QC by using its breakthroughs in scalable on-chip quantum photonics and room temperature photodetection.
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”
Photonic continuous-variable quantum computing (CVQC) is the front-runner in scaling quantum computers over millions of qubits for practical applications.
QC82’s co-founders have demonstrated cluster-state entanglement for CVQC implementations, developed quantum photonic chips with 40 entangled qumodes, and designed low-noise single-photon detectors at telecom wavelengths.
We are developing room temperature photonic chips with on-chip photon number resolving detectors to conquer fault tolerance and open up practical QC applications.
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