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... We study a spin-entangler device for electrons, mediated by Coulomb interaction U via a quantum dot proposed by Oliver et al[1]. The main advantage of this model, compared to others in the literature, is that single particle processes are forbidden. Within this model we calculate two electron transm ...
... We study a spin-entangler device for electrons, mediated by Coulomb interaction U via a quantum dot proposed by Oliver et al[1]. The main advantage of this model, compared to others in the literature, is that single particle processes are forbidden. Within this model we calculate two electron transm ...
Pre-Algebra Proportions 2 Pre-Algebra Proportions 2
... exercise at the same rate, what is the total number of calories that he burned by the end of the workout? Proportion: _____________________ ...
... exercise at the same rate, what is the total number of calories that he burned by the end of the workout? Proportion: _____________________ ...
Lecture Notes: BCS theory of superconductivity
... Here we will discuss a new ground state of the interacting electron gas: the superconducting state. In this macroscopic quantum state, the electrons form coherent bound states called Cooper pairs, which dramatically change the macroscopic properties of the system, giving rise to perfect conductivity ...
... Here we will discuss a new ground state of the interacting electron gas: the superconducting state. In this macroscopic quantum state, the electrons form coherent bound states called Cooper pairs, which dramatically change the macroscopic properties of the system, giving rise to perfect conductivity ...
Long-Range Correlations in the Nonequilibrium Quantum Relaxation of a Spin... V 85, N 15
... with g共x兲 ~ x 2 for x ø 1. The scaling parameter r兾t appearing in the scaling function g共x兲 is reminiscent of the fact that space and time scales are connected linearly at the critical point in the transverse Ising chain since the dynamical exponent is z 苷 1. Away from the critical point we have to ...
... with g共x兲 ~ x 2 for x ø 1. The scaling parameter r兾t appearing in the scaling function g共x兲 is reminiscent of the fact that space and time scales are connected linearly at the critical point in the transverse Ising chain since the dynamical exponent is z 苷 1. Away from the critical point we have to ...
Statistical Models of Solvation
... into a direct and indirect part. The former is c(r12), direct two-body interactions. The latter arises from interactions between particle 1 and a third particle which then interacts with particle 2 directly or indirectly via collisions with other particles. Averaged over all the positions of particl ...
... into a direct and indirect part. The former is c(r12), direct two-body interactions. The latter arises from interactions between particle 1 and a third particle which then interacts with particle 2 directly or indirectly via collisions with other particles. Averaged over all the positions of particl ...
On Electrodynamical Self-interaction
... The complete many-particles case is discussed in Section 6. In particular, assuming that one particle is very heavy and practically does not move, we may consider its own Coulomb field as an “external field”. This way we are led to an extension of our theory, where the light particle interacts not o ...
... The complete many-particles case is discussed in Section 6. In particular, assuming that one particle is very heavy and practically does not move, we may consider its own Coulomb field as an “external field”. This way we are led to an extension of our theory, where the light particle interacts not o ...