N-qubit quantum memory through a well-defined sequence of optical pulses
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quantum memory↗
Engineering topics
Scully, M. O.
Publications and source records attributed to Scully, M. O..
Role of gravity in preparative electrophoresis
Electrophoresis has contributed significantly to the methodology of biological sciences, and shows the potential for large scale fractionation of a wide range of medically important substances, including living cells. Gravity plays an important role in the electrophoretic process, and hence the importance of the NASA effort to develop a zero-gravity separation facility as part of its shuttle program. The current state of art in electrophoresis is reviewed with particular emphasis on the role of gravity and the possible use of istachophoresis. This technique utilizes a discontinuous buffer system, and appears to be the only high resolution electrophoretic technique currently available for separation of living cells.
Bier, M.↗
Temperature dependence of self-induced transparency in ruby
Self induced transparency in ruby attenuator, detailing phase relaxation effects at various temperatures
Asher, I. M.↗
Some results on coherent radiative phenomena with 0-pi pulses
Coherent radiative phenomena with nontrivial zero-pi pulses propagation behavior in attenuating media
Hopf, F. A.↗
Quantum theory of an optical maser. V - Atomic motion and recoil
Laser quantum theoretical analysis, considering atomic thermal motion, photon emission and absorption induced recoil effects on lasing threshold and operating frequency
Kim, D. M.↗
Buildup of laser oscillations from quantum noise
Laser oscillation buildup from quantum noise, deriving equations of motion for moments of photon distribution and time dependence
Lamb, W. E., Jr.↗
On the radiation emitted from a superconducting tunnel junction
Superconducting tunnel junctions radiation emission, discussing superconductivity theory
Lee, P. A.↗
Build-up of laser oscillations from quantum noise
Laser oscillation build up from quantum noise
Lamb, W. E., Jr.↗
Evaporation from superfluid helium
Velocity distribution of atoms evaporating from superfluid He II at low temperatures, noting roton shifting and multiexcitation processes
Hyman, D. S.↗
Quantum theory of an optical maser. III - Theory of photoelectron counting statistics.
Quantum mechanics method for obtaining photocount distribution from optical maser photoelectron counting statistics
Lamb, W. E., Jr.↗
Theory of an inhomogeneously broadened laser amplifier.
Atomic coherence and inhomogeneous broadening effects on laser amplifier ultrashort electromagnetic high peak power pulses
Hopf, F. A.↗
The photoelectric effect without photons.
Photoelectric effect without photons, discussing classical field falling on quantized atomic electron
Lamb, W. E., Jr.↗
Quantum theory of an optical maser. II - Spectral profile.
Quantum theory of optical maser, calculating laser radiation spectrum from two time correlation function derived from equations of motion
Lamb, W. E., Jr.↗
The photoelectric effect without photons
Mathematical model of photoelectric effect without photons
Lamb, W. E., Jr.↗
Quantum theory of an optical maser. I.
Quantum theory of laser having only single-mode oscillation and ignoring atomic motion and spatial variations in cavity mode
LASER↗
Quantum theory of an optical maser. 3 - Theory of photoelectron counting statistics
Photoelectron counting statistics produced by fully quantum mechanical laser
Lamb, W. E., Jr.↗