Collaboration

DQS-CP is working to establish the scientific, technical, and engineering foundations needed for the next generation of quantum sensing instruments.

Meaningful progress will require collaboration across academia, national laboratories, government, and industry. Organizations that share this vision are encouraged to connect with the DQS-CP team and explore opportunities for engagement.

Why Partner With DQS-CP?

The transition from laboratory demonstrations to deployable quantum technologies will require close collaboration among researchers, instrument developers, component suppliers, manufacturers, and end users.

DQS-CP provides opportunities to engage with emerging requirements, contribute specialized expertise, and help shape future scientific instrumentation.

Potential benefits include:

• Visibility into future quantum sensing needs
• Access to cross-disciplinary technical discussions
• Early awareness of emerging instrument architectures
• Opportunities to influence manufacturability and scalability considerations

Insights into future technology transition pathways.

DQS-CP at a Glance

Mission

• Determine when quantum sensing delivers measurable advantages for chemistry and materials science applications.
   

Testbed

• A multi-institution NSF-supported platform for developing, integrating, and benchmarking quantum sensing technologies.
   

Research Focus

• Molecular qubits, solid-state sensors, spin-relay systems, entanglement-enabled sensing, and quantum-enhanced measurement strategies.
   

Current Activities

• Development and evaluation of multiple sensing modalities alongside future instrument architecture studies.
   

Instrument Development

• Translation of research outcomes into requirements, specifications, cost models, and deployable instrument concepts.
   

Future Vision

• Create the scientific and engineering foundation for broadly usable quantum sensing instruments.