Schroedinger`s cat states generated by the environment
... photons [7, 8]. Alternatively, large spin characterizes macroscopic atomic ensembles that are entangled via interaction with a common light source [9]. The weakness of their interactions with the environment renders large-spin ensembles robust against decoherence and thus makes them good candidates ...
... photons [7, 8]. Alternatively, large spin characterizes macroscopic atomic ensembles that are entangled via interaction with a common light source [9]. The weakness of their interactions with the environment renders large-spin ensembles robust against decoherence and thus makes them good candidates ...
I. Results from Prior NSF Support
... echo point where a weak laser beam records the time variation of the matter wave interference pattern by reflection. is time measured from the echo point. In our interferometer (Fig 1), an expanded sodium BEC is split into three momentum states. by a short 1s Kapitza-Dirac diffraction light pulse ...
... echo point where a weak laser beam records the time variation of the matter wave interference pattern by reflection. is time measured from the echo point. In our interferometer (Fig 1), an expanded sodium BEC is split into three momentum states. by a short 1s Kapitza-Dirac diffraction light pulse ...
Amorphous to Tetragonal Zirconia
... spectral positions of these peaks, however, cannot be attributed to any specific ionic state, due to the finite uncertainty involved in deconvolution in the background of complex envelop of density of states. Hence, these peaks are referred to Zr+ζ, 0 ≤ |ζ| < 4, with varying (2.8−3.2 eV) spin orbit sp ...
... spectral positions of these peaks, however, cannot be attributed to any specific ionic state, due to the finite uncertainty involved in deconvolution in the background of complex envelop of density of states. Hence, these peaks are referred to Zr+ζ, 0 ≤ |ζ| < 4, with varying (2.8−3.2 eV) spin orbit sp ...
Nonlinear effects in Silicon Waveguides
... • Experimental data in agreement with numerical predictions. ...
... • Experimental data in agreement with numerical predictions. ...
![Crystal structure and spectroscopic properties of [Zn(2-qmpe)Cl ] containing diethyl (quinolin-2-ylmethyl)phosphonate ligand (2-qmpe)](http://s1.studyres.com/store/data/008844838_1-bf4cef9539c1ba0a885c25bcd900772d-300x300.png)
Pulsed-laser ablation of Mg in liquids: surfactant
... plasma and liquid will lead to the formation of magnesium hydroxides (Mg + 2H2 O!Mg(OH)2 + 2H ). The increase in the amount of Mg(OH)2 also caused the free hydroxyl ions in the liquid to increase gradually through relatively slow dissolution of Mg(OH)2 (Mg(OH)2 () Mg2þ + 2OH ), leading to an incre ...
... plasma and liquid will lead to the formation of magnesium hydroxides (Mg + 2H2 O!Mg(OH)2 + 2H ). The increase in the amount of Mg(OH)2 also caused the free hydroxyl ions in the liquid to increase gradually through relatively slow dissolution of Mg(OH)2 (Mg(OH)2 () Mg2þ + 2OH ), leading to an incre ...
Generation of arbitrary Dicke states in spinor Bose±Einstein
... this need not be the case. In order to create squeezed states with arbitrary prescribed value of hJ^z i m0 and arbitrary Dicke states, we propose to use instead the following method: ®rst, a coupling pulse of appropriate strength is applied to the ground state jj; ji, creating an initial CSS with ...
... this need not be the case. In order to create squeezed states with arbitrary prescribed value of hJ^z i m0 and arbitrary Dicke states, we propose to use instead the following method: ®rst, a coupling pulse of appropriate strength is applied to the ground state jj; ji, creating an initial CSS with ...
