Phys. Rev. Lett. 103, 023601 (2009).
... We develop a nonperturbative approach to analyze the process of TPE in semiconductors. Furthermore, we validate experimentally that the corresponding spectrum in GaAs at room temperature does not exhibit any (physically originated) divergence-related distortions due to the zerofrequency resonance. T ...
... We develop a nonperturbative approach to analyze the process of TPE in semiconductors. Furthermore, we validate experimentally that the corresponding spectrum in GaAs at room temperature does not exhibit any (physically originated) divergence-related distortions due to the zerofrequency resonance. T ...
Steady-state entanglement of two atoms created by classical driving
... rence Cmax = 0.43 and the entanglement Emax = 0.285 ebit兲. This amount is much higher than in a number of recent proposals. In particular, it is higher than that in the case when the squeezed vacuum is used for stabilization of entanglement instead of the classical driving field 关3兴. Outside the Lam ...
... rence Cmax = 0.43 and the entanglement Emax = 0.285 ebit兲. This amount is much higher than in a number of recent proposals. In particular, it is higher than that in the case when the squeezed vacuum is used for stabilization of entanglement instead of the classical driving field 关3兴. Outside the Lam ...
Quantum Optics and Photonics
... system in sodium vapor as an efficient optical phase conjugator.7 This OPC used a coherent population trapping (CPT)8 based grating that produced a conjugate at low pump intensity (1 W/cm2) with high reflectivity (>50) and fast response time (<1 ms). The sodium double-L system has been used to corre ...
... system in sodium vapor as an efficient optical phase conjugator.7 This OPC used a coherent population trapping (CPT)8 based grating that produced a conjugate at low pump intensity (1 W/cm2) with high reflectivity (>50) and fast response time (<1 ms). The sodium double-L system has been used to corre ...
Chemical energy thread: Homework problems
... distance and repulsive at short. This interaction can be described by a potential well that looks like the figure at the right. (See Interatomic forces.) The horizontal axis in this graphs represents the distance between the atoms' centers. When the atoms are in a bound state, the point on the graph ...
... distance and repulsive at short. This interaction can be described by a potential well that looks like the figure at the right. (See Interatomic forces.) The horizontal axis in this graphs represents the distance between the atoms' centers. When the atoms are in a bound state, the point on the graph ...
The Physics of Superheroes by James Kakalios - crespiphysics
... -frictional force should have been zero -shouldn’t have been able to run up wall when running/walking, your foot pushes at an angle with the ground -propels up and forward if Flash bounces up 2 cm with each step, then he is in the air for 1/8 of a second if Flash runs at 3,600 mph, then in 1/8 s, he ...
... -frictional force should have been zero -shouldn’t have been able to run up wall when running/walking, your foot pushes at an angle with the ground -propels up and forward if Flash bounces up 2 cm with each step, then he is in the air for 1/8 of a second if Flash runs at 3,600 mph, then in 1/8 s, he ...
Atoms Is Nature Discrete or Continuous? The Discrete Viewpoint
... solar system with the nucleus as the “sun” and the electrons as “planets.” Problem: If so, why did the electrons not all spiral into the nucleus and radiate energy continuously? ...
... solar system with the nucleus as the “sun” and the electrons as “planets.” Problem: If so, why did the electrons not all spiral into the nucleus and radiate energy continuously? ...
