Objective Questions
... 3. Is it possible to orient a current loop in a uniform magnetic field such that the loop does not tend to rotate? Explain. 4. Explain why it is not possible to determine the charge and the mass of a charged particle separately by measuring accelerations produced by electric and magnetic forces on t ...
... 3. Is it possible to orient a current loop in a uniform magnetic field such that the loop does not tend to rotate? Explain. 4. Explain why it is not possible to determine the charge and the mass of a charged particle separately by measuring accelerations produced by electric and magnetic forces on t ...
98, 010506 (2007)
... 2 5 kHz [19], this method can be applied only through intermediate states which induce a much larger energy splitting between paired and unpaired atoms. Here we illustrate this reading out scheme using 40 K atoms, although the technique is applicable to other species as well. Suppose the atoms i ...
... 2 5 kHz [19], this method can be applied only through intermediate states which induce a much larger energy splitting between paired and unpaired atoms. Here we illustrate this reading out scheme using 40 K atoms, although the technique is applicable to other species as well. Suppose the atoms i ...
viewgraphs for PEC presentation
... Materials with inherently broad spectra and weak scattering - Phonon Density Of States (DOS) of small powder samples - Magnetic excitations in correlated metals - Impurity Dynamics - Dynamics in disordered systems - Multi-magnon modes in Quantum Magnets ...
... Materials with inherently broad spectra and weak scattering - Phonon Density Of States (DOS) of small powder samples - Magnetic excitations in correlated metals - Impurity Dynamics - Dynamics in disordered systems - Multi-magnon modes in Quantum Magnets ...
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Factorization Method and the Position
... as well as classical systems in curved spaces [7], just to mention few ones. The very concept of a PDM system is a fundamental problem which is far from being completely understood. Many contributions have been developed over the last years in different approaches [8–19]. In the quantum mechanical re ...
... as well as classical systems in curved spaces [7], just to mention few ones. The very concept of a PDM system is a fundamental problem which is far from being completely understood. Many contributions have been developed over the last years in different approaches [8–19]. In the quantum mechanical re ...
Quantum mechanics in more than one
... For a given a, bmax and bmin are determined uniquely — there cannot be two states with the same a but different b annihilated by L̂+ . It also follows immediately that a = bmax (bmax +!) and bmin = −bmax . Furthermore, we know that if we keep operating on |a, bmin $ with L̂+ , we generate a sequence ...
... For a given a, bmax and bmin are determined uniquely — there cannot be two states with the same a but different b annihilated by L̂+ . It also follows immediately that a = bmax (bmax +!) and bmin = −bmax . Furthermore, we know that if we keep operating on |a, bmin $ with L̂+ , we generate a sequence ...
Long-range forces and the Ewald sum
... effect of the shifted and shifted-force alterations are demonstrated on the LJ model in Illustration 2. Note that the shifted/shifted-force modifications of the potential are not normally applied in MC simulations, since energy conservation is not an issue there. Radial distribution function One mod ...
... effect of the shifted and shifted-force alterations are demonstrated on the LJ model in Illustration 2. Note that the shifted/shifted-force modifications of the potential are not normally applied in MC simulations, since energy conservation is not an issue there. Radial distribution function One mod ...
Chapter S24
... • If the electric field is zero for all points on the surface, is the electric flux through the surface zero? • If the electric flux is zero, must the electric field vanish for all points on the surface? • If the electric flux is zero for a closed surface, can there be charges inside the surface? • ...
... • If the electric field is zero for all points on the surface, is the electric flux through the surface zero? • If the electric flux is zero, must the electric field vanish for all points on the surface? • If the electric flux is zero for a closed surface, can there be charges inside the surface? • ...
Effects of Diffusion on Free Precession in Nuclear
... magnetic moments. This component, with magnitude H~, is the one which rotates in phase with the precessing moments. The phase of the rotating system will be so chosen that this B~ is along the x axis. With the rf pulse applied, the net field H= AH, k'+H, i' will determine the precession of the incre ...
... magnetic moments. This component, with magnitude H~, is the one which rotates in phase with the precessing moments. The phase of the rotating system will be so chosen that this B~ is along the x axis. With the rf pulse applied, the net field H= AH, k'+H, i' will determine the precession of the incre ...
Manipulation of electron spin in a quantum dot D. G
... -orbit perturbing term, implemented by polarizing a voltage gate on top of an isolated dot, can turn one of these crossings into an anticrossing by mixing states of different quantum numbers and opening a gap. Cycling the voltage in an appropriate way allows an SU(2) Berry phase to be added to the m ...
... -orbit perturbing term, implemented by polarizing a voltage gate on top of an isolated dot, can turn one of these crossings into an anticrossing by mixing states of different quantum numbers and opening a gap. Cycling the voltage in an appropriate way allows an SU(2) Berry phase to be added to the m ...
Positron and electron collisions with anti-protons in strong magnetic fields
... Typically, these involve the impact parameter, the velocity of the projectile and the energy and phase of the cyclotron motion. Unfortunately, perturbation theory is not applicable for the H̄ experiments. To see whether the perturbative or non-perturbative collisions play the largest role, the dista ...
... Typically, these involve the impact parameter, the velocity of the projectile and the energy and phase of the cyclotron motion. Unfortunately, perturbation theory is not applicable for the H̄ experiments. To see whether the perturbative or non-perturbative collisions play the largest role, the dista ...
