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Ye’s award, which recognizes his work in both precision measurement and quantum control, highlights the increasingly important connections between precision measurement and quantum state control, from which future quantum technologies will grow.
For the development of precision measurement techniques, in particular for atomic mass and for measurements with atomic ensembles beyond the standard quantum limit.
Recipients have been recognized for their significant contributions to national and international standardization activities, as well as an ongoing commitment to their industry, their nation, and the enhancement of the global voluntary consensus...
In recognition of his outstanding contributions to the understanding of nanoscale magnetic phenomena through ground-breaking theoretical studies of exchange coupling, exchange bias, magnetic damping, and spin transfer torques.
For the development of stable, reproducible, and accurate atomic clocks based on optical lattices, and the use of those clocks to probe fundamental atomic interactions and quantum many-body systems.
For outstanding contributions on quantum properties of interacting cold atoms, cold dipolar matter, quantum optics, quantum transduction, and quantum simulations.
Dr. Nesbitt was selected for the Humboldt Foundation Weidereingladung Award based on research conducted as part of his official NIST duties in problems in chemical physics, including detailed studies of catalysis, interactions of molecules with...
The 2017 list focuses on contemporary research achievement: only Highly Cited Papers in science and social sciences journals indexed in the Web of Science Core Collection during the 11-year period 2005-2015 were surveyed.
For outstanding leadership in identifying and implementing safety improvements, and influencing positive change toward safety in PML’s Sensor Science Division.
For pioneering breakthroughs in the nascent field of quantum optomechanics that are providing the practical means to preserve and transfer information across the components of future quantum computing devices
For his breakthrough research in the field of quantum information science for over a decade, enabled by his invention of record-breaking photon detectors.