Electromagnetic Field Angular Momentum of a Charge at Rest in a
... Aspects of this problem have been considered in [1]. See, for example, [2]. ...
... Aspects of this problem have been considered in [1]. See, for example, [2]. ...
Controlling Cold Collisions of Polar Molecules with External
... state. These indirect methods are currently confined to producing hetero-nuclear alkali molecules. Another set of experimental techniques used to produce cold polar molecules are called direct methods, because they start with molecules and then cool them directly. There are many ways to do this, the ...
... state. These indirect methods are currently confined to producing hetero-nuclear alkali molecules. Another set of experimental techniques used to produce cold polar molecules are called direct methods, because they start with molecules and then cool them directly. There are many ways to do this, the ...
Spin-Resolved Spectroscopic Studies of Topologically Ordered Materials
... Jurg Osterwalder from the SLS for teaching me everything I know about SR-ARPES and for generously hosting me during visits. I have also been very fortunate to have been able to learn from world renowned scientists at Princeton. I thank Bob Cava and members of his team including Yew San Hor, Tyrel M ...
... Jurg Osterwalder from the SLS for teaching me everything I know about SR-ARPES and for generously hosting me during visits. I have also been very fortunate to have been able to learn from world renowned scientists at Princeton. I thank Bob Cava and members of his team including Yew San Hor, Tyrel M ...
Suspensions - Chemical Engineering
... applies only to shear thinning materials gel-sol-gel transformation (hysteresis) ...
... applies only to shear thinning materials gel-sol-gel transformation (hysteresis) ...
PDF
... The miniaturization of optical devices to size dimensions akin to their electronic counterparts is a major goal of current research efforts in optoelectronics, photonics and semiconductor manufacturing. High integration of optical components for the fabrication of all-optical chips requires both a c ...
... The miniaturization of optical devices to size dimensions akin to their electronic counterparts is a major goal of current research efforts in optoelectronics, photonics and semiconductor manufacturing. High integration of optical components for the fabrication of all-optical chips requires both a c ...
Interaction-based nonlinear quantum metrology with a cold atomic ensemble
... observables like velocity, angular momentum, energy, etc., and Hermitian operators. The results of a measurement process are tied to the spectrum of its corresponding operator. A real process, e.g., the detection of photons by a photodetector with some level of electronic noise and dark counts, has ...
... observables like velocity, angular momentum, energy, etc., and Hermitian operators. The results of a measurement process are tied to the spectrum of its corresponding operator. A real process, e.g., the detection of photons by a photodetector with some level of electronic noise and dark counts, has ...
exact time-dependent density functional and Floquet theory
... system, where N can be quite large. Ground state DFT has been extended to the time-dependent case, leading to time-dependent density functional theory (TDDFT) [7]. In practise, the interacting system is replaced by an auxiliary non-interacting system for which the Kohn-Sham (KS) equation is solved [ ...
... system, where N can be quite large. Ground state DFT has been extended to the time-dependent case, leading to time-dependent density functional theory (TDDFT) [7]. In practise, the interacting system is replaced by an auxiliary non-interacting system for which the Kohn-Sham (KS) equation is solved [ ...
Paper
... the approach towards zero, pc / 1 u=uc , as a fit function for the data points close to the SF-MI phase transition (the data points shown in the inset of Fig. 3) we determined the critical value uc 34:2 ( 2:0) corresponding to a lattice depth of 13:5 0:2 ER . Our result agrees with the mean-fi ...
... the approach towards zero, pc / 1 u=uc , as a fit function for the data points close to the SF-MI phase transition (the data points shown in the inset of Fig. 3) we determined the critical value uc 34:2 ( 2:0) corresponding to a lattice depth of 13:5 0:2 ER . Our result agrees with the mean-fi ...
Quantifying Entanglement
... expectation values; it says nothing whatever regarding the states that a particle is really in. EPR believed that a “complete” physical theory ought in its formalism to account for all “elements of reality,” and so for them these other parameters were crucial for the sake of quantum theory’s complet ...
... expectation values; it says nothing whatever regarding the states that a particle is really in. EPR believed that a “complete” physical theory ought in its formalism to account for all “elements of reality,” and so for them these other parameters were crucial for the sake of quantum theory’s complet ...
redox reaction - Seattle Central College
... Most ionic compounds dissolve in water to produce solutions that conduct electricity. The degree to which a solution will conduct electricity is used to determine if a solute is a strong or weak electrolyte. Solutions that do not conduct electricity are called nonelectrolytes. Molecular compounds th ...
... Most ionic compounds dissolve in water to produce solutions that conduct electricity. The degree to which a solution will conduct electricity is used to determine if a solute is a strong or weak electrolyte. Solutions that do not conduct electricity are called nonelectrolytes. Molecular compounds th ...
Semiclassical approximations in wave mechanics
... Three classes of approximation method are commonly employed in quantum mechanics. Perturbation techniques produce series expansions for quantities of interest in powers of a variable which specifies the departure of the given problem from an exactly soluble case (as in the Born approximation where s ...
... Three classes of approximation method are commonly employed in quantum mechanics. Perturbation techniques produce series expansions for quantities of interest in powers of a variable which specifies the departure of the given problem from an exactly soluble case (as in the Born approximation where s ...
1999
... observed three-body loss rate increased when the scattering length was tuned to both larger or smaller values than the off-resonant value [1]. The maximum measured increase of the loss rate was several orders of magnitude. Sweeps of the magnetic field through the resonance resulted in loss of most o ...
... observed three-body loss rate increased when the scattering length was tuned to both larger or smaller values than the off-resonant value [1]. The maximum measured increase of the loss rate was several orders of magnitude. Sweeps of the magnetic field through the resonance resulted in loss of most o ...
