Quantum Pulse Ventures develops hardware components designed to reduce the physical error rates and hardware requirements of photonic quantum computers.

The company's primary innovation is a patented universal directional coupler that utilizes composite pulse segmentation to mitigate fabrication imperfections.

This architecture allows light to pass more accurately between waveguides, addressing the sensitivity to physical errors that typically restricts the scalability of optical quantum systems.By applying mathematical control methods originally used in MRI technology to integrated photonics, the company enables a tenfold reduction in the number of physical qubits required for error correction.

This method significantly lowers the cost of manufacturing and cooling for photonic quantum hardware while accelerating computational speeds.

Quantum Pulse Ventures provides its technology through licensing to research organizations and technology developers to facilitate the transition toward commercially viable, fault-tolerant quantum computing.