Efficient generation of a maximally entangled state by
... In fact, various interesting and peculiar phenomena are predicted on the basis of highly nonclassical states, and entanglement plays a key role in quantum information protocols [1]. They all rely on the generation of nontrivial states and are not realized without establishing strategies for the prep ...
... In fact, various interesting and peculiar phenomena are predicted on the basis of highly nonclassical states, and entanglement plays a key role in quantum information protocols [1]. They all rely on the generation of nontrivial states and are not realized without establishing strategies for the prep ...
Lecture Notes on Linear Response Theory
... has units of square length per time. There is one more physical aspect to Brownian motion that we have neglected in this treatment so far, namely the fact that particles are conserved. If no particles are created or destroyed while they fluctuate around in the fluid, then the particle current and de ...
... has units of square length per time. There is one more physical aspect to Brownian motion that we have neglected in this treatment so far, namely the fact that particles are conserved. If no particles are created or destroyed while they fluctuate around in the fluid, then the particle current and de ...
Dahler and Sciven 1963
... between the system and its surroundings by mechanisms that involve no macroscopic forces. Thus we have the volume density of body couples (angular momentum source) G and the surface density of contact couples (normal flux of angular momentum) c = n .c. I n the latter c is the couple stress dyadic (a ...
... between the system and its surroundings by mechanisms that involve no macroscopic forces. Thus we have the volume density of body couples (angular momentum source) G and the surface density of contact couples (normal flux of angular momentum) c = n .c. I n the latter c is the couple stress dyadic (a ...
Entropy and the Second and Third Laws of Thermodynamics
... in its temperature as a result of withdrawing heat is negligible. By the time we arrive in Japan, not a gram of diesel fuel has been used, because all the heat needed to power the boat has been extracted from the ocean. The money that was saved on fuel is used to set up an office and begin marketing ...
... in its temperature as a result of withdrawing heat is negligible. By the time we arrive in Japan, not a gram of diesel fuel has been used, because all the heat needed to power the boat has been extracted from the ocean. The money that was saved on fuel is used to set up an office and begin marketing ...
Variational method for ground-state energy of helium atom in N
... approximate solutions of field equations, Lobanova et al. [16] and Biaye et al. [17] used variational method in calculating energies of excited states of helium to illustrate the importance of electron correlation effects. Hydrogen-like systems are considered a prototype of physical problems in N dime ...
... approximate solutions of field equations, Lobanova et al. [16] and Biaye et al. [17] used variational method in calculating energies of excited states of helium to illustrate the importance of electron correlation effects. Hydrogen-like systems are considered a prototype of physical problems in N dime ...
Metal d orbitals in an O crystal field
... t << P in ordinary complexes, so high spin is favored. ...
... t << P in ordinary complexes, so high spin is favored. ...
Fabrication and characterization of single luminescing quantum dots
... Silicon as a mono-crystalline bulk semiconductor is today the predominant material in many integrated electronic and photovoltaic applications. This has not been the case in lighting technology, since due to its indirect bandgap nature bulk silicon is an inherently poor light emitter. With the disco ...
... Silicon as a mono-crystalline bulk semiconductor is today the predominant material in many integrated electronic and photovoltaic applications. This has not been the case in lighting technology, since due to its indirect bandgap nature bulk silicon is an inherently poor light emitter. With the disco ...
Die Naturwissenschaften 1935
... nothing new compared to A. When at no time a classical state is fully determined, its time evolution cannot be defined. What does change in time is the statistics or probabilities, and those in a fully deterministic way. During the time evolution, some variables can become more accurately defined, o ...
... nothing new compared to A. When at no time a classical state is fully determined, its time evolution cannot be defined. What does change in time is the statistics or probabilities, and those in a fully deterministic way. During the time evolution, some variables can become more accurately defined, o ...
Quantum Monte Carlo Methods Chapter 14
... a second derivative, and a momentum independent and spatial dependent potential. The contribution from the potential term is hence just the numerical value of the potential. A typical ...
... a second derivative, and a momentum independent and spatial dependent potential. The contribution from the potential term is hence just the numerical value of the potential. A typical ...
The Guiding Center Approximation to Charged Particle Motion
... with an initial vtlocity l%(O) equal to [elel.v + (cE X BJ I? )]L=,,+ o( c). li;quntion (12) is the basic diffrrential cquat,ion for the guiding ccntcr motioll. Hellwig (2) has given a similar but more lengt8hy dtrivation of it,. It is the same as the cquat,ion of motion of a part,iclc in a magnetic ...
... with an initial vtlocity l%(O) equal to [elel.v + (cE X BJ I? )]L=,,+ o( c). li;quntion (12) is the basic diffrrential cquat,ion for the guiding ccntcr motioll. Hellwig (2) has given a similar but more lengt8hy dtrivation of it,. It is the same as the cquat,ion of motion of a part,iclc in a magnetic ...