Collaboration Areas

Research Areas

QNM-I advances knowledge in fundamental and applied research across a broad spectrum of quantum science research areas.

AMO-Based Quantum Information Processing Platforms

Ion-traps, neutral atom tweezer arrays, quantum optics (nonclassical light sources, quantum communication, QKD, quantum metrology and sensing).

Quantum Simulation of Physics and Chemistry

Quantum algorithms for simulating large molecular and complex condensed-phase systems with chemical accuracy (hardware/theory co-design).

Researchers working on whiteboard at CQuIC

QIS with Defects in Solids

Diamond quantum sensors, femtotesla magnetometers, NMR, imaging nano-magnetism, single-photon and entangled-photon pair sources, and optically pumped spin materials beyond diamond.

Research Areas

Integrated Quantum Systems

Transduction, transportation, and storage of QI/platform development.

Advanced Materials and Devices for Quantum Information Processing

Silicon quantum photonic integrated circuits.

Quantum Algorithms and Applications

Optimization, machine learning, and matrix analysis.

Quantum Error Mitigation & Correction

Developing efficient hardware-aware fault-tolerant quantum error-correction protocols.

Workforce Development

QNM-I engages in workforce development and community outreach activities that benefit not only UNM and Sandia National Laboratories, but also strengthen New Mexico’s growing quantum ecosystem.

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Sandia Funding Statement