D-Wave Quantum Inc. achieves a groundbreaking milestone in gate-model quantum computing with scalable on-chip cryogenic control of qubits.
This achievement reduces wiring needs for controlling qubits, maintaining qubit fidelity for large-scale quantum processors.
The technology developed by D-Wave opens new possibilities for building commercially viable gate-model quantum computers.
Scalable On-Chip Cryogenic Control
D-Wave successfully demonstrates scalable on-chip cryogenic control of qubits, a major advancement in gate-model quantum computing.
Reduced Wiring Complexity
By utilizing on-chip control, D-Wave minimizes wiring complexity while enhancing the scalability of gate-model quantum processors.
Industry Leadership
D-Wave's achievement positions the company as a leader in developing scalable, commercial-grade gate-model quantum systems.
- The successfully demonstrated on-chip cryogenic control technology represents a significant leap forward in the development of practical gate-model quantum computers.
- By reducing wiring complexities and maintaining qubit fidelity, D-Wave paves the way for larger processors with a smaller footprint in the quantum computing landscape.
D-Wave's milestone in on-chip cryogenic control technology marks a crucial step towards the realization of scalable, commercial-grade gate-model quantum computers. This achievement sets the company apart as a pioneer in quantum computing innovation and technology development.