P. D. D. / Los Alamos National Laboratory / Subatomic Physics Group / beamsplitter LP / /
Country
United States / /
Currency
USD / / /
Facility
National Institute of Standards and Technology / University of Colorado / /
IndustryTerm
metal / thick mu-metal layer / biomagnetic applications / glass-metal sealing / Buffer gas densities / biomagnetic imaging / buffer gas / careful management / condensed alkali metal / readout electronics / energy resolution / quantum interference devices / low temperature superconducting quantum interference devices / atomic magnetometer energy resolution / /
Organization
National Institute of Standards and Technology / Defense Advanced Research Projects Agency / Optical Society of America OCIS / U.S. government / University of Colorado / Boulder / Time and Frequency Division / /
Person
V. Shah / J. C. Allred / L. Hollberg / O. Kosch / D. Budker / V / D. Budker / L. Trahms / Ricardo Jimenez-Martinez / I. M. Savukov / V / S. Knappe / S. K. Lee / D. J. Michalak / T. H. Sander / V. Gerginov / L. A. Liew / Jan Preusser / W. Clark Griffith / A. C. Maloof / V. M. Acosta / H. G. Robinson / S. Knappe / V / Nat / S. J. Smullin / J. Kitching / J. Moreland / I. K. Kominis / R. N. Lyman / Rahul Mhaskar / J. Preusser / V / S. Xu / M. V. Romalis / R. Jimenez-Martinez / V / F. Wiekhorst / H. B. Dang / A. Pines / T. W. Kornack / /
Femtotesla atomic magnetometry in a microfabricated vapor cell W. Clark Griffith,1,2,* Svenja Knappe,1,3 and John Kitching1 1 Time and Frequency Division, National Institute of Standards and Technology, 325 Broadway,