搜索结果: 1-14 共查到“物理学 Anderson”相关记录14条 . 查询时间(0.078 秒)
An effective medium approach to the asymptotics of the statistical moments of the parabolic Anderson model and Lifshitz tails
Random medium random Schrodinger operators heat equation with random potential
2011/7/27
An effective medium approach to the asymptotics of the statistical moments of the parabolic Anderson model and Lifshitz tails.
Anderson-like Transition for a Class of Random Sparse Models in d{leg}2 Dimensions
Random Sparse Models Anderson-like Transition Functional Analysis
2011/7/26
Abstract: We show that the Kronecker sum of d{\leg}2 copies of a random one-dimensional sparse model displays a spectral transition of the type predicted by Anderson, from absolutely continuous around...
Lifshitz Transition and Quantum Criticality in an Extended Periodic Anderson Model
Lifshitz Transition Quantum Criticality Extended Periodic Anderson Model
2010/11/25
We study the quantum phase transition in f-electron systems as a quantum Lifshitz transition
driven by selective Mott localization in a realistic extended Anderson lattice model. Using DMFT,we find t...
Exact solution for eigenfunction statistics at the center-of-band anomaly in the Anderson localization model
Exact solution for eigenfunction statistics Anderson localization model
2010/11/24
An exact solution is found for the problem of the center-of-band (E = 0) anomaly in the one-
dimensional (1D) Anderson model of localization. By deriving and solving an equation for the
generating f...
Commensurability effects in one-dimensional Anderson localization: anomalies in eigenfunction statistics
Commensurability effects eigenfunction statistics
2010/11/18
The one-dimensional (1d) Anderson model (AM), i.e. a tight-binding chain with uncorrelated Gaussian disorder in the on-site energies, has statistical anomalies at any rational point f = 2a E , where ...
Scaling properties of the Anderson model in the Kondo regime studied by $σG σW$ formalism
properties of the Anderson model Kondo regime
2010/11/18
The symmetric Anderson model for a single impurity coupled to two leads is studied at strong
interaction using the GW approximation within the GW formalism. We find that the low energy
properties ...
The understanding of disordered quantum systems is still far from being complete, despite many
decades of research on a variety of physical systems. In this review we discuss how Bose-Einstein conden...
2010年5月31日,英国邓迪大学副校长Anne Anderson教授一行访问我校。副校长郑家茂会见了Anderson教授一行。双方就两校合作前景进行了深入探讨,并签署了《邓迪大学与东南大学合作协议》、《邓迪大学与东南大学有关在工程、物理和数学学院内开展“3+1+1”合作项目的财务协议》、《邓迪大学与东南大学有关“3+1+1”本硕学位合作项目的衔接协议》。教务处、外办及土木工程学院等有关单位的负责...
The Anderson-Darling test of fit for the power law distribution from left censored samples
Power law distribution Complexity Goodness-of-fit EDFbased tests Anderson-Darling Asymptotic distributions Type II censoring Maximum likelihood estimation
2010/4/28
Maximum likelihood estimation and a test of fit based on the Anderson-Darling statistic is presented for the case of the power law distribution when the parameters are estimated from a left-censored ...
The Integrated Density of States for an Interacting Multiparticle Homogeneous Model and Applications to the Anderson Model
Multiparticle Homogeneous Model interacting quantum particles
2009/9/4
For a system of n interacting particles moving in the background of a “homogeneous” potential, we show that if the single particle Hamiltonian admits a density of states, so does the interacting n-par...
1977年诺贝尔物理得奖主Philip Warren Anderson(图)
the electronic structure magnetic disordered systems
2009/8/21
Test of Anderson-Stuart Model and the "Universal" Conductivity in Rubidium and Cesium Silicate Glasses
Anderson-Stuart Model the "Universal" Conductivity Rubidium and Cesium Silicate Glasses
2010/10/14
An analysis and brief discussion of experimental ionic conductivity s and activation energy EA in the binary rubidium and cesium silicate systems is presented, exemplified on 23 and 30 glasses respect...
Double Transition Effect in Anderson Transition
Anderson Transition Double Transition Effect
2010/4/14
In this work we have studied the electronic mobility m within a completely disordered lattice system by using the strong interatomic hopping potential V(r) = ( - {\frac{{r}}{{ao} }}) \exp( - r / ao ) ...