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Absorption of Light by Trapped Electrons
Physical Review, 1953A new method of approach to the problem of absorption of light by trapped electrons in crystals is presented. The method is based upon the use of the Slater sum for an oscillator (density matrix). The absorption cross section is calculated under the assumption of an electron-lattice coupling which is linear in the normal coordinates of the lattice ...
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New Zealand Entomologist, 1977
Upton's work suggests that this coating has decreased the long-wavelength ultraviolet output of high pressure mercury vapour lamps from 3 to 1% of the initial wattage, and has removed it almost completely in the case of "blended" lamps. This means that all coated lamps which do not require a choke have low performance in light traps, and choked lamps ...
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Upton's work suggests that this coating has decreased the long-wavelength ultraviolet output of high pressure mercury vapour lamps from 3 to 1% of the initial wattage, and has removed it almost completely in the case of "blended" lamps. This means that all coated lamps which do not require a choke have low performance in light traps, and choked lamps ...
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EPL (Europhysics Letters), 2015
Matter-field interaction finds its simplest implementation in Cavity Quantum Electrodynamics (CQED). A single two-level atom is coupled to a few photons stored in a single mode of a high-quality resonator. In the strong-coupling regime, the coherent atom-field interaction overwhelms dissipative processes.
M. Brune, J. M. Raimond
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Matter-field interaction finds its simplest implementation in Cavity Quantum Electrodynamics (CQED). A single two-level atom is coupled to a few photons stored in a single mode of a high-quality resonator. In the strong-coupling regime, the coherent atom-field interaction overwhelms dissipative processes.
M. Brune, J. M. Raimond
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Nature Materials, 2012
The field of photonic crystals has become one of the most influential and wide-ranging realms of contemporary electromagnetics and optics, with numerous more opportunities on the horizon.
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The field of photonic crystals has become one of the most influential and wide-ranging realms of contemporary electromagnetics and optics, with numerous more opportunities on the horizon.
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Metamorphosis Australia : magazine of the Butterfly & Other Invertebrates Club, 2007
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