Binding energies of excitons in II–VI compound
... exciton we minimize the expectation value of the Hamiltonian calculated with a trial wave function having two variational parameters [5]. The exciton binding energy is then determined with reference to the sum of the confinement subband energies and the polaronic self-energies of an uncorrelated ele ...
... exciton we minimize the expectation value of the Hamiltonian calculated with a trial wave function having two variational parameters [5]. The exciton binding energy is then determined with reference to the sum of the confinement subband energies and the polaronic self-energies of an uncorrelated ele ...
Representations for understanding the Stern-Gerlach
... The early twentieth century was a defining time in physics. In fact, by the mid-1900s a shift of ideas and methods had occurred on such a fundamental level that the discipline of the late 1800s only vaguely resembled the discipline that would close the next century. This shift was fueled by the wres ...
... The early twentieth century was a defining time in physics. In fact, by the mid-1900s a shift of ideas and methods had occurred on such a fundamental level that the discipline of the late 1800s only vaguely resembled the discipline that would close the next century. This shift was fueled by the wres ...
higgs bison
... the news stories what the Higgs boson is is there are actually three Higgs things under discussion: 1) the Higgs field, 2) the Higgs boson and 3) the Higgs mechanism. *The Higgs field is a quantum field that the Standard Model of physics predicts pervades the universe and creates drag on particles. ...
... the news stories what the Higgs boson is is there are actually three Higgs things under discussion: 1) the Higgs field, 2) the Higgs boson and 3) the Higgs mechanism. *The Higgs field is a quantum field that the Standard Model of physics predicts pervades the universe and creates drag on particles. ...
Spin-orbit coupling in superconductor-normal metal
... resulting in a ground state of paired electrons. However, two electrons in free space do not form a paired state due to the same weak interaction. Rather, electrons near the Fermi level are needed for such Cooper pairs to be formed. The Cooper pairing opens a gap in the energy spectrum of the electr ...
... resulting in a ground state of paired electrons. However, two electrons in free space do not form a paired state due to the same weak interaction. Rather, electrons near the Fermi level are needed for such Cooper pairs to be formed. The Cooper pairing opens a gap in the energy spectrum of the electr ...
Mathematisches Forschungsinstitut Oberwolfach Subfactors and
... The idea of obtaining a “continuum limit” by letting the number of boundary points on the discs fill out the circle has been around for over 20 years but this paper is the first one to take a concrete, though by no means big enough, step in that direction. Planar algebra is an abstraction of the not ...
... The idea of obtaining a “continuum limit” by letting the number of boundary points on the discs fill out the circle has been around for over 20 years but this paper is the first one to take a concrete, though by no means big enough, step in that direction. Planar algebra is an abstraction of the not ...
New Perspectives on the Aharonov-Bohm Effect - Philsci
... (a) Existence of AB Effect. ”An electron (for example)” can be influenced by the potentials even if all the field regions are excluded from it. . . ” (b) Local Field Theories. ”According to current relativistic notions, all fields must interact only locally. And since the electrons cannot reach the ...
... (a) Existence of AB Effect. ”An electron (for example)” can be influenced by the potentials even if all the field regions are excluded from it. . . ” (b) Local Field Theories. ”According to current relativistic notions, all fields must interact only locally. And since the electrons cannot reach the ...
A quantum mechanical model of adaptive mutation
... ranging from milliseconds to seconds. NMR T1 values have also been measured for living cells and tissue as reported by Beall et al. (1984) and range from milliseconds to many seconds. E. coli cells have a T1 relaxation time of 557 ms. Although the exact relationship between the NMR T1 value and the ...
... ranging from milliseconds to seconds. NMR T1 values have also been measured for living cells and tissue as reported by Beall et al. (1984) and range from milliseconds to many seconds. E. coli cells have a T1 relaxation time of 557 ms. Although the exact relationship between the NMR T1 value and the ...
Scattering model for quantum random walk on the hypercube
... Quantum random walk is a theoretical concept conceived to simulate certain algorithms using quantum mechanical elements, i.e. unitary operators and measurements [1]. In particular, it has been shown recently that it is possible to use a quantum random walk to perform a search in a database with the ...
... Quantum random walk is a theoretical concept conceived to simulate certain algorithms using quantum mechanical elements, i.e. unitary operators and measurements [1]. In particular, it has been shown recently that it is possible to use a quantum random walk to perform a search in a database with the ...
Frustrated Magnetism in Vanadium Oxides
... state of LiV2 O4 . This approach was developed in Ref. [9] within random phase approximation (RPA) spin fluctuation theory based on ab initio LDA electronic structure. 3.1. Electronic structure and spin susceptibility The pyrochlore lattice has four atoms per unit cell. A next neighbor tight binding ...
... state of LiV2 O4 . This approach was developed in Ref. [9] within random phase approximation (RPA) spin fluctuation theory based on ab initio LDA electronic structure. 3.1. Electronic structure and spin susceptibility The pyrochlore lattice has four atoms per unit cell. A next neighbor tight binding ...
