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Quantum Technologies
Quantum technology could open solutions beyond the practical reach of conventional computing, with potential applications across materials science, drug discovery, optimization, communications and security.
IBM and Google Quantum AI are advancing superconducting processors and error correction, while IonQ and Quantinuum are developing commercially accessible trapped-ion systems. Their progress reflects an industry moving from experimental hardware toward useful platforms, software and real-world applications.
We seek companies working to convert scientific breakthroughs into commercial capability. Our focus includes quantum computing hardware, control systems, software, sensing, secure communications, enabling components and technologies that connect quantum systems with existing infrastructure.
The companies solving reliability, scalability and usability of quantum computing could help establish the foundation of an important new computing industry.
IBM and Google Quantum AI are advancing superconducting processors and error correction, while IonQ and Quantinuum are developing commercially accessible trapped-ion systems. Their progress reflects an industry moving from experimental hardware toward useful platforms, software and real-world applications.
We seek companies working to convert scientific breakthroughs into commercial capability. Our focus includes quantum computing hardware, control systems, software, sensing, secure communications, enabling components and technologies that connect quantum systems with existing infrastructure.
The companies solving reliability, scalability and usability of quantum computing could help establish the foundation of an important new computing industry.

