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Cold Collisions:
numerical and analytic quantum scattering calculations of atomic collision
properties below 1 mK. |
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Photoassociation
Spectroscopy: calculation and analysis of experimental data on
high-resolution photoassociation spectra of cold trapped atoms. |
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Bose-Einstein
Condensation: quantitative determination of collision parameters for
condensate modeling; simulation of time-dependent condensate
dynamics. |
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Quantum Information
Technology:
simulations of quantum logic based on neutral atoms held in optical lattice
nanotraps; application to quantum information, quantum logic devices, and
atom optics. |
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Nanooptics: theory
of nanoscale optics for near-field microscopy and the local optics of
plasmonic and photonic structures, biomolecules, and quantum
nanostructures. |
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Nanostructures:
atomic-scale theory for the optical and electronic properties of quantum
nanostructures and biomolecules. |
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Nanomechanical
Oscillators: measurement and analysis of cooling, done to the quantum
limit, and quantum coherent effects in nano/mesoscopic mechanical
structures. |
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Precision Metrology of
Quantum Technologies: development of the precision optical metrology for
quantum coherent and quantum optical effects in nanoscale
systems. |
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DUV Sources and
Materials Characterization: the investigation and characterization
of the refractive index and other optical properties of materials and gases
in the UV and VUV. |
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RF Reference Cell: Completed
projects utilizing a "reference cell" for generating
radio-frequency (rf) discharges in various gases at a frequency of
13.56 MHz. |
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Coulomb
Blockade Devices: development and measurement of single-electron tunneling
devices for quantum coherence. |
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Overview of neutral atomic and molecular
cooling and trapping shows an energy scale spanning 12 orders of magnitude
in kinetic energy E of atomic motion, expressed in temperature
units T = E/kB (kB
is the Boltzmann constant).
Technical Inquiries: Garnett Bryant
National Institute of Standards and Technology
Bldg. 221, Rm. A267
100 Bureau Drive, Stop 8423
Gaithersburg, MD 20899-8423 |
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