Research and breakthroughs from leading minds in Quantum Information Sciences
QNM-I advances knowledge in fundamental and applied research across a broad spectrum of quantum science research areas.
Ion-traps, neutral atom tweezer arrays, quantum optics (nonclassical light sources, quantum communication, QKD, quantum metrology and sensing).
Quantum algorithms for simulating large molecular and complex condensed-phase systems with chemical accuracy. (Hardware/theory co-design)
Diamond quantum sensors, femtotesla magnetometers, NMR, imaging nano-magnetism. Single photon and entangled photon pair sources and optically-pumped spin materials beyond diamond.
Transduction, transportation, and storage of QI/platform development.
Silicon quantum photonic integrated circuits.
Optimization, machine learning, and matrix analysis
Developing efficient hardware-aware fault-tolerant quantum error-correction protocols.
QNM-I engages in activities like community outreach that can benefit to not only UNM and Sandia, but the state as a whole.
