numerical simulations of strongly correlated electron and spin systems
... First of all, I would like to thank my advisor Professor Christopher Henley for his excellent guidance and support during my Ph.D. His dedication and commitment to scientific research are exemplary and have influenced me greatly. His vast breadth of knowledge, tremendous physical insights and unique ...
... First of all, I would like to thank my advisor Professor Christopher Henley for his excellent guidance and support during my Ph.D. His dedication and commitment to scientific research are exemplary and have influenced me greatly. His vast breadth of knowledge, tremendous physical insights and unique ...
FrustrationVSFactorization - School of Mathematical Sciences
... a few simple subcases (Ising, XY,...) and now a wider class of models with nearest-neighbor interactions (see JE) • Difficult to be determined even numerically, especially for high-dimensional lattices (2D, 3D, ...) • Rich phenomenology: different magnetic orderings, critical points and quantum phas ...
... a few simple subcases (Ising, XY,...) and now a wider class of models with nearest-neighbor interactions (see JE) • Difficult to be determined even numerically, especially for high-dimensional lattices (2D, 3D, ...) • Rich phenomenology: different magnetic orderings, critical points and quantum phas ...
20070822140014201
... Golterman and Y. Shamir, Phys. Rev. D 68, 074501 (2003), V. Weinberg, E.-M. Ilgenfritz, et.al, PoS { LAT2005}, 171 (2005), hep-lat 0705.0018, I. Horvath, N. Isgur, J. McCune, and H. B. Thacker, Phys. Rev. D65, 014502 (2002), J. Greensite, S. Olejnik et.al., Phys. Rev. D71, 114507 (2005). V. G. Borny ...
... Golterman and Y. Shamir, Phys. Rev. D 68, 074501 (2003), V. Weinberg, E.-M. Ilgenfritz, et.al, PoS { LAT2005}, 171 (2005), hep-lat 0705.0018, I. Horvath, N. Isgur, J. McCune, and H. B. Thacker, Phys. Rev. D65, 014502 (2002), J. Greensite, S. Olejnik et.al., Phys. Rev. D71, 114507 (2005). V. G. Borny ...
Spin-based quantum computers made by chemistry: hows and whys†
... In writing this review we have assumed a reader who may not be too familiar with this subject, but who is interested in understanding the main ideas and problems, and who is also looking for suggestions for future work in this area. We therefore begin, in section II, by describing briefly what a QIP ...
... In writing this review we have assumed a reader who may not be too familiar with this subject, but who is interested in understanding the main ideas and problems, and who is also looking for suggestions for future work in this area. We therefore begin, in section II, by describing briefly what a QIP ...
Entanglement and Tunable Spin-Spin Couplings between Trapped
... single mode, owing to potential decoherence or uncontrolled coupling with the many spectator motional modes [7]. However, it may be possible to entangle large numbers of ions through all modes of collective motion, where scalability relies on the high density of motional modes and the relative insen ...
... single mode, owing to potential decoherence or uncontrolled coupling with the many spectator motional modes [7]. However, it may be possible to entangle large numbers of ions through all modes of collective motion, where scalability relies on the high density of motional modes and the relative insen ...
Behavior of a Collection of Magnets
... compass, you found that it behaved like a magnetized (rubbed) nail. Shaking the test tube seemed to cause the set of filings to lose their alignment. Then the test tube behaved like an unmagnetized (un-rubbed) nail. You also used the computer simulator model to observe what happens when a magnet was ...
... compass, you found that it behaved like a magnetized (rubbed) nail. Shaking the test tube seemed to cause the set of filings to lose their alignment. Then the test tube behaved like an unmagnetized (un-rubbed) nail. You also used the computer simulator model to observe what happens when a magnet was ...
Basic Conceptions: Spin Exchange and Electron Transfer
... relate the singlet-triplet splitting of a two-spin system to the magnitude of the electron-transfer superexchange coupling between the radical ion pair (RP) state and surrounding states n and that state to which it is coupled at the nuclear coordinate of the relaxed RP state (see details in Sect. 8. ...
... relate the singlet-triplet splitting of a two-spin system to the magnitude of the electron-transfer superexchange coupling between the radical ion pair (RP) state and surrounding states n and that state to which it is coupled at the nuclear coordinate of the relaxed RP state (see details in Sect. 8. ...
Spontaneous symmetry breaking in quantum
... constituent particles within the system兲. These collective excitations should be treated separately from all other modes, and together they define the collective part of the Hamiltonian of the system. The eigenstates of this collective Hamiltonian that scale as 1 / N form the thin spectrum. It is a ...
... constituent particles within the system兲. These collective excitations should be treated separately from all other modes, and together they define the collective part of the Hamiltonian of the system. The eigenstates of this collective Hamiltonian that scale as 1 / N form the thin spectrum. It is a ...
Quantum Field Theory in a Non-Commutative Space: Sphere ?
... A different class of non-commutative spaces is given by fuzzy spaces; the basic idea underlying their construction is to use a finite-dimensional matrix algebra to approximate the infinitedimensional algebra of functions on a manifold. This can be done on even-dimensional co-adjoint orbits of Lie gr ...
... A different class of non-commutative spaces is given by fuzzy spaces; the basic idea underlying their construction is to use a finite-dimensional matrix algebra to approximate the infinitedimensional algebra of functions on a manifold. This can be done on even-dimensional co-adjoint orbits of Lie gr ...
1 CHAPTER 7 ATOMIC SPECTRA 7.1 Introduction Atomic
... hydrogen. Deuterium and tritium have very similar spectra and their Rydberg constants are very close to that of the 1H atom. Each "line" of the hydrogen spectrum, in fact, has fine structure, which is not easily seen and usually needs carefully designed experiments to observe it. This fine structure ...
... hydrogen. Deuterium and tritium have very similar spectra and their Rydberg constants are very close to that of the 1H atom. Each "line" of the hydrogen spectrum, in fact, has fine structure, which is not easily seen and usually needs carefully designed experiments to observe it. This fine structure ...
Exact numerical simulations of strongly interacting atoms in 1D trap
... often well known and can be formulated in terms of simple model Hamiltonians, it is very difficult to determine the unitary time evolution of a given initial state or even just the ground and thermal state of the system. The latter is related to the fact that the dimension of the Hilbert space of a ...
... often well known and can be formulated in terms of simple model Hamiltonians, it is very difficult to determine the unitary time evolution of a given initial state or even just the ground and thermal state of the system. The latter is related to the fact that the dimension of the Hilbert space of a ...
What is inside the nucleon?
... Q2 and as a consequence it is impossible to separate quarks. This property of increasing αs at large distances and consequently confinement of quarks is called “infrared slavery”. At a deeper level the concept of infrared slavery could be attributed to the self-interaction of gluons in the case of Q ...
... Q2 and as a consequence it is impossible to separate quarks. This property of increasing αs at large distances and consequently confinement of quarks is called “infrared slavery”. At a deeper level the concept of infrared slavery could be attributed to the self-interaction of gluons in the case of Q ...
7, 10867 (2016)
... freedom, which can also be used to define pseudospins12,13. A natural and important question is whether such new types of pseudospins can be employed to generate SMC. In optical lattices filled with ultracold atoms, s- and p-orbital bands are separated by a large energy gap and can be defined as two ps ...
... freedom, which can also be used to define pseudospins12,13. A natural and important question is whether such new types of pseudospins can be employed to generate SMC. In optical lattices filled with ultracold atoms, s- and p-orbital bands are separated by a large energy gap and can be defined as two ps ...
Phases in noncommutative quantum mechanics on (pseudo) sphere
... Noncommutative quantum field theories have been studied intensively during the last several years owing to their relationship with M-theory compactifications [1], string theory in nontrivial backgrounds [2] and quantum Hall effect [3] (see e.g. [4] for a recent review). At low energies the one-parti ...
... Noncommutative quantum field theories have been studied intensively during the last several years owing to their relationship with M-theory compactifications [1], string theory in nontrivial backgrounds [2] and quantum Hall effect [3] (see e.g. [4] for a recent review). At low energies the one-parti ...
Field-induced magnetic states in holmium tetraboride
... T > 50 K. The effective magnetic moment was determined to be μeff = 10.6μB per Ho ion and the Curie-Weiss constant θCW = −13.8 K. These are all in agreement with previously published results [18]. Increasing the field suppresses the ordering temperature and TN2 is no longer present above 20 kOe, whi ...
... T > 50 K. The effective magnetic moment was determined to be μeff = 10.6μB per Ho ion and the Curie-Weiss constant θCW = −13.8 K. These are all in agreement with previously published results [18]. Increasing the field suppresses the ordering temperature and TN2 is no longer present above 20 kOe, whi ...
Quantitative Analysis of Spin Hall Effect in
... Abstract - Spin transport in nano structured devices depends current. An induced voltage has observed that results on interface resistance, electrode resistance, Spin polarization exclusively from the conversion of the injected Spin current and Spin diffusion length. Spin Hall Effect (SHE), caused b ...
... Abstract - Spin transport in nano structured devices depends current. An induced voltage has observed that results on interface resistance, electrode resistance, Spin polarization exclusively from the conversion of the injected Spin current and Spin diffusion length. Spin Hall Effect (SHE), caused b ...
Interlayer coupling in Co/Si sandwich structures
... quantum-well states in the low-energy region and the movement of the peaks in the middle-energy region suggest that the behavior of the states near the Fermi level could be described qualitatively with a simple quantum-well model. The states at the bottom of the well are similar for both spins and f ...
... quantum-well states in the low-energy region and the movement of the peaks in the middle-energy region suggest that the behavior of the states near the Fermi level could be described qualitatively with a simple quantum-well model. The states at the bottom of the well are similar for both spins and f ...
Quantum centipedes with strong global constraint
... distance between the first and last legs are larger than some upper bound S. If the spacing of the one-dimensional lattice serves as the unit distance, the simplest local constraint that still allows the centipede to move is s = 2. The classical dynamics of a centipede with this local constraint has ...
... distance between the first and last legs are larger than some upper bound S. If the spacing of the one-dimensional lattice serves as the unit distance, the simplest local constraint that still allows the centipede to move is s = 2. The classical dynamics of a centipede with this local constraint has ...
Quantum Biological Switch Based on Superradiance Transitions
... transition rate from the k-th to the i-th sites; and the last two terms represent the flow of probability through the strong (S) and weak (W) sinks. The results of the classical dynamics, for the same model and symmetric initial conditions, ρ11(0) = ρ22(0) = 1/2, are shown in Figure 2b (red curve). T ...
... transition rate from the k-th to the i-th sites; and the last two terms represent the flow of probability through the strong (S) and weak (W) sinks. The results of the classical dynamics, for the same model and symmetric initial conditions, ρ11(0) = ρ22(0) = 1/2, are shown in Figure 2b (red curve). T ...
The Coulomb-interaction-induced breaking of the Aufbau principle
... micrometres that can confine charge carriers (conduction band electrons and/or valence band holes) in all three directions. This kind of confinement leads to energy quantization and gives a discrete spectrum of energy levels. This is an analog of discrete spectrum of natural atoms and thus quantum d ...
... micrometres that can confine charge carriers (conduction band electrons and/or valence band holes) in all three directions. This kind of confinement leads to energy quantization and gives a discrete spectrum of energy levels. This is an analog of discrete spectrum of natural atoms and thus quantum d ...