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Strongly interacting electrons in wacky oxide synchronize to work like the brain
Strongly interacting electrons wacky oxide synchronize work like the brain
2014/6/12
UNIVERSITY PARK, Pa. -- Current computing is based on binary logic -- zeroes and ones -- also called Boolean computing, but a new type of computing architecture stores information in the frequencies a...
Two interacting electrons in a magnetic field: comparison of semiclassical, quantum, and variational solutions
interacting electrons time-dependent variational principle
2010/10/27
The quantum mechanical many-body problem is rarely analytically solvable. One notable exception is the case of two electrons interacting via a Coulomb potential in a uniform magnetic field. The motion...
Perturbation Theory for Interacting Electrons in a Quantum
Dot under Strong Magnetic Field
quantum dot perturbation theory
2007/8/15
2001Vol.35No.2pp.245-250DOI:
Perturbation Theory for Interacting Electrons in a Quantum
Dot under Strong Magnetic Field
GU Yun-Ting,1 RUAN Wen-Ying,1 LI Quan,1 CAI Min1 and CHAN K...
Two Interacting Electrons in a Vertically Coupled Quantum Dot
quantum dot few-body physics
2007/8/15
2004Vol.41No.4pp.619-622DOI:
Two Interacting Electrons in a Vertically Coupled Quantum Dot
XIE Wen-Fang and WANG An-Mei
School of Science, Guangzhou University, Guangzho...
Two Interacting Electrons in a Spherical Gaussian Confining
Potential Quantum Well
electron-electron interaction quantum dot few-body physics
2007/8/15
2004Vol.42No.1pp.151-154DOI:
Two Interacting Electrons in a Spherical Gaussian Confining
Potential Quantum Well
XIE Wen-Fang
School of Science, Guangzhou University, Gua...
The Spectral Properties of two Interacting Electrons in a Quantum Dot
Spectral Properties Interacting Electrons Quantum Dot
2010/4/13
The shifted 1/N expansion method is used to study the spectral properties of two interacting electrons confined in a QD, under influence of a uniform magnetic field of arbitrary strength. We give expl...