The Magnetic Resonance Laboratory (MRL) is directed by Dr. Karen L. Sauer, of the School of Physics, Astronomy, and Compuational Sciences. The research of MRL seeks to understand and exploit spin-dynamics in such systems as nuclear quadrupole resonance and optically pumped atoms. In addition, we conduct research to push the noise in such systems to their fundamental limit, to reveal the full capability of magnetic resonance at low-fields both as an analytic tool and for the detection of contraband substances.
- K.L. Sauer, Pushing Low-field Magnetic Resonance to the Limit, Early Faculty CAREER Award from National Science Foundation, 2006-2012.
- K.L. Sauer (GMU) and M.V. Romalis (Princeton), Collaborative Research: EXP-SA: Quantum magnetometer for detection of explosives with nuclear quadrupole resonance, National Science Foundation, 2007-2011.
- K.L. Sauer (GMU) and M.V. Romalis (Princeton), Detecting Explosives with an NQR Integrated Magnetometer (DENIM), BAA Award from Naval Research Laboratory and DoD, Combating Terrorism Technology Task Force, 2005-2007.
- K.L. Sauer, ADVANCE Fellowship from Increasing the Participation of Women in Academic Science and Engineering Careers, Mathematical and Physical Sciences Division, National Science Foundation, 2002-2006.
- K.L. Sauer, Double resonance in nuclear quadrupole resonance , Ralph E. Powe Junior Faculty Enhancement Award from Oak Ridge Associated Universities. 2003-2004.
- K.L. Sauer, An Optically-Pumped Nuclear Spin Polarizer for NMR of Ultrathin Semiconductor Alloys funded by the Naval Research Laboratory under Code 6122. 2008-present.
- K.L. Sauer, Improving the detection of explosives through the use of nuclear quadrupole resonance funded by the Naval Research Laboratory under Code 6122. 2002-2008.