INORGANIC CHEMISTRY F R O N T I E R S
... of cubic or near-cubic systems such as 3. The most extraordinary feature in such highly symmetric systems is the abundance of degenerate or near-degenerate levels at low energies (see Tables SI1–SI3†). For example, in the case of the Ho derivative, there are 5 electron spin energy levels at energies ...
... of cubic or near-cubic systems such as 3. The most extraordinary feature in such highly symmetric systems is the abundance of degenerate or near-degenerate levels at low energies (see Tables SI1–SI3†). For example, in the case of the Ho derivative, there are 5 electron spin energy levels at energies ...
Scalar coupling in 2-D - NC State: WWW4 Server
... Scalar coupling can be studied as a correlation spectroscopy in two dimensions. In the example above we see the peaks from two nuclei (red and blue) on the diagonal and off-diagonal coupling peaks showing that they are nearest neighbor carbon atoms (yellow). ...
... Scalar coupling can be studied as a correlation spectroscopy in two dimensions. In the example above we see the peaks from two nuclei (red and blue) on the diagonal and off-diagonal coupling peaks showing that they are nearest neighbor carbon atoms (yellow). ...
Phys. Rev. Lett. 108, 246602
... the spin-unpolarized triplet relaxation is dominated by nuclear spins over a wide parameter range (the spin-orbit induced anisotropy is wiped out), contrary to common belief. The predicted giant spin relaxation anisotropy is a unique and experimentally testable signature of spin-orbit spin relaxatio ...
... the spin-unpolarized triplet relaxation is dominated by nuclear spins over a wide parameter range (the spin-orbit induced anisotropy is wiped out), contrary to common belief. The predicted giant spin relaxation anisotropy is a unique and experimentally testable signature of spin-orbit spin relaxatio ...
Free-electron Model for Mesoscopic Force Fluctuations in Nanowires
... are interpreted as due to atomic rearrangements. However, because of the experimental like conditions in these simulations, it is difficult to separate the different contributions to the binding energy. Our interpretation is more or less the reversed: the electronic contribution to the binding energ ...
... are interpreted as due to atomic rearrangements. However, because of the experimental like conditions in these simulations, it is difficult to separate the different contributions to the binding energy. Our interpretation is more or less the reversed: the electronic contribution to the binding energ ...
Topological Zero-Energy Modes in Gapless Commensurate Aubry
... b = 1/2, the off-diagonal AAH model can be mapped onto a 2D Hofstadter model with π flux per plaquette. Under time-reversal transformation, a π flux simply turns into a −π flux. Since the magnetic flux terms are only well defined modulo 2π for a lattice, the system is then invariant under the time-r ...
... b = 1/2, the off-diagonal AAH model can be mapped onto a 2D Hofstadter model with π flux per plaquette. Under time-reversal transformation, a π flux simply turns into a −π flux. Since the magnetic flux terms are only well defined modulo 2π for a lattice, the system is then invariant under the time-r ...
Conduction electrons propagate diffusively in the system: bumping
... the same, the interference term between them do not average to zero. It turns out that the probability of finding the electron at O is twice that of the classical result because of the quantum interference. ...
... the same, the interference term between them do not average to zero. It turns out that the probability of finding the electron at O is twice that of the classical result because of the quantum interference. ...
COMPARISON OF THE LATTICE-DYNAMICS AND CELL
... higher moments of the pressure-tensor component distributions and energy distributions, the time necessary to characterize derivatives increases rapidly with derivative order. Second-order elastic constants and the specific heat involve second moments; third-order elastic constants involve third mo ...
... higher moments of the pressure-tensor component distributions and energy distributions, the time necessary to characterize derivatives increases rapidly with derivative order. Second-order elastic constants and the specific heat involve second moments; third-order elastic constants involve third mo ...
Report - IISER Pune
... it is independent of the shape of the loop and depends only on the area enclosed by the loop. Therefore, for a finite sized loop, the magnetic moment µ can be calculated by summing up all the magnetic moments due to the equal infinitesimal current loops which make up the total area of the given fini ...
... it is independent of the shape of the loop and depends only on the area enclosed by the loop. Therefore, for a finite sized loop, the magnetic moment µ can be calculated by summing up all the magnetic moments due to the equal infinitesimal current loops which make up the total area of the given fini ...
Destructive quantum interference in spin tunneling problems
... PACS numbers: 75.10.Jm, 75.50.Lk, 73.40.Gk ...
... PACS numbers: 75.10.Jm, 75.50.Lk, 73.40.Gk ...
Evolving QCD - Department of Theoretical Physics
... functions of k. The local potential terms are easy to evaluate and lead to nonlinear partial differential equations containing derivatives of the potential with respect to Φ2 . The evolution of the other couplings can be obtained in a derivative expansion which is an expansion in derivatives (moment ...
... functions of k. The local potential terms are easy to evaluate and lead to nonlinear partial differential equations containing derivatives of the potential with respect to Φ2 . The evolution of the other couplings can be obtained in a derivative expansion which is an expansion in derivatives (moment ...
Eigenstates of a small Josephson junction coupled to a resonant... W. A. Al-Saidi and D. Stroud
... can be externally controlled. Indeed, several recent experiments have demonstrated that such a system can be placed in a coherent superposition of two macroscopic quantum states. The experiments have involved small superconducting loops, and also so-called Cooper pair boxes. In the former case, it w ...
... can be externally controlled. Indeed, several recent experiments have demonstrated that such a system can be placed in a coherent superposition of two macroscopic quantum states. The experiments have involved small superconducting loops, and also so-called Cooper pair boxes. In the former case, it w ...
Phonon-Induced Spin Relaxation of Conduction Electrons in
... phonons and impurities, as suggested by Elliott [2] and Yafet [3]. There are two physical processes to be considered. (A) The periodic, ion-induced spin-orbit interaction is modified by phonons [4]. Electrons scattering by the modified interaction can directly change their spin states. (B) Because o ...
... phonons and impurities, as suggested by Elliott [2] and Yafet [3]. There are two physical processes to be considered. (A) The periodic, ion-induced spin-orbit interaction is modified by phonons [4]. Electrons scattering by the modified interaction can directly change their spin states. (B) Because o ...
ppt of slides
... Quantum Mechanics of three-body systems : Efimov effect (1970) There exist bound states (Efimov states) of three bosons even if the two-particle attraction is too weak to allow two bosons to form a pair. The sequence of three-body bound states have universal properties, it is insensitive to the deta ...
... Quantum Mechanics of three-body systems : Efimov effect (1970) There exist bound states (Efimov states) of three bosons even if the two-particle attraction is too weak to allow two bosons to form a pair. The sequence of three-body bound states have universal properties, it is insensitive to the deta ...
Frustrated Quantum Magnetism with Laser-Dressed Rydberg Atoms
... by the red stars in panel d). This gives rise to clepsydrashaped resonances in Jα , as shown in panels a-c, which in our perturbative treatment appear as singularities as a function of the distance, with Jα changing sign across the resonance. We conclude with a perspective on the quantum manybody ph ...
... by the red stars in panel d). This gives rise to clepsydrashaped resonances in Jα , as shown in panels a-c, which in our perturbative treatment appear as singularities as a function of the distance, with Jα changing sign across the resonance. We conclude with a perspective on the quantum manybody ph ...
The Semiclassical Electron in a Magnetic Field and Lattice. Some
... Z has a rank equal to 3. A family of 1-forms with constant coefficients ω0 + ω1 we call a perturbation of the form ω0 for all small enough values of the parameter . The following results were obtained in fact by Zorich in 1984 and by Dynnikov in 1993: Theorem 1. For any Fermi surface M 2 ⊂ T 3 of ...
... Z has a rank equal to 3. A family of 1-forms with constant coefficients ω0 + ω1 we call a perturbation of the form ω0 for all small enough values of the parameter . The following results were obtained in fact by Zorich in 1984 and by Dynnikov in 1993: Theorem 1. For any Fermi surface M 2 ⊂ T 3 of ...
Optically polarized atoms_ch_2
... Projections of li are not conserved, but the total orbital momentum L is, along with its projection ! This is because li form sort of an isolated system So far, we have been ignoring spins One might think that since we have neglected (ls) interaction, energies of states do not depend on spins ...
... Projections of li are not conserved, but the total orbital momentum L is, along with its projection ! This is because li form sort of an isolated system So far, we have been ignoring spins One might think that since we have neglected (ls) interaction, energies of states do not depend on spins ...
Optically polarized atoms_ch_2_Atomic_States
... Projections of li are not conserved, but the total orbital momentum L is, along with its projection ! This is because li form sort of an isolated system So far, we have been ignoring spins One might think that since we have neglected (ls) interaction, energies of states do not depend on spins ...
... Projections of li are not conserved, but the total orbital momentum L is, along with its projection ! This is because li form sort of an isolated system So far, we have been ignoring spins One might think that since we have neglected (ls) interaction, energies of states do not depend on spins ...
Resonant ionization of shallow donors in electric field Linköping University Post Print
... dependence of the energy of the ground state on the electric field [figure 1(a)]. This dependence exhibits multiple discontinuities, many of which occur at low electric fields and are not observed in the energy versus field dependence of Ref. [4]. We attribute most of the discontinuities occurring a ...
... dependence of the energy of the ground state on the electric field [figure 1(a)]. This dependence exhibits multiple discontinuities, many of which occur at low electric fields and are not observed in the energy versus field dependence of Ref. [4]. We attribute most of the discontinuities occurring a ...
