Quantum Computing with Quantum Dots
... initialize qubits (3) relatively long decoherence times (longer than the gate operation times), (4) a qubit-specific read-out capability, and (5) a universal set of quantum gates [14]. We base our analysis on the simple physical system proposed by H.Kamada[15] where a linear array of quantum dots is ...
... initialize qubits (3) relatively long decoherence times (longer than the gate operation times), (4) a qubit-specific read-out capability, and (5) a universal set of quantum gates [14]. We base our analysis on the simple physical system proposed by H.Kamada[15] where a linear array of quantum dots is ...
On the minimum quantum dimension for a given quantum correlation
... ◦ Size means dimension - a DI style problem ...
... ◦ Size means dimension - a DI style problem ...
Trajectory-Based Coulomb-Corrected Strong Field
... the so-called “reaction microscope” (COLTRIMS, cold target recoil ion momentum spectroscopy) [2]. Theoretically, the most accurate tool to explore the non-relativistic dynamics of atomic ionization is solving the corresponding time-dependent Schrödinger equation (TDSE). However, solving the TDSE for ...
... the so-called “reaction microscope” (COLTRIMS, cold target recoil ion momentum spectroscopy) [2]. Theoretically, the most accurate tool to explore the non-relativistic dynamics of atomic ionization is solving the corresponding time-dependent Schrödinger equation (TDSE). However, solving the TDSE for ...
Quantum Theory: a Pragmatist Approach
... account of probability! Of course, he would insist that different persons may, and often do, hold different beliefs, which makes probability personalist—varying from person to person—and to that extent subjective. On other “subjectivist” views, an agent’s degrees of belief count as probabilities onl ...
... account of probability! Of course, he would insist that different persons may, and often do, hold different beliefs, which makes probability personalist—varying from person to person—and to that extent subjective. On other “subjectivist” views, an agent’s degrees of belief count as probabilities onl ...
Aspects of the Quantum Hall Effect
... They found, in addition to the integer plateaus, additional steps in the Hall resistance at fractional values of the filling factor, at ν = 13 , 51 and so on. The theoretical obstacle to explaining these features was stark and immediate: when ν < 1, there are more available degenerate electronic sta ...
... They found, in addition to the integer plateaus, additional steps in the Hall resistance at fractional values of the filling factor, at ν = 13 , 51 and so on. The theoretical obstacle to explaining these features was stark and immediate: when ν < 1, there are more available degenerate electronic sta ...
Liquid State NMR Quantum Computing
... that it cannot be written as a product of single-qubit states. The state |00 + |01 + |10 + |11 is an example of an unentangled state, because it can be written as (|0 + |1)(|0 + |1), a product of single-qubit states. In contrast, |00 + |11 is a simple example of an entangled state. Entangl ...
... that it cannot be written as a product of single-qubit states. The state |00 + |01 + |10 + |11 is an example of an unentangled state, because it can be written as (|0 + |1)(|0 + |1), a product of single-qubit states. In contrast, |00 + |11 is a simple example of an entangled state. Entangl ...
1. QUARK MODEL
... (1+− ), and the tensors (2++ ). Assignments for many of the known mesons are given in Tables 14.2 and 14.3. Radial excitations are denoted by the principal quantum number n. The very short lifetime of the t quark makes it likely that bound-state hadrons containing t quarks and/or antiquarks do not e ...
... (1+− ), and the tensors (2++ ). Assignments for many of the known mesons are given in Tables 14.2 and 14.3. Radial excitations are denoted by the principal quantum number n. The very short lifetime of the t quark makes it likely that bound-state hadrons containing t quarks and/or antiquarks do not e ...
Coupling of a nanomechanical oscillator and an atomic three
... dots [14] in hybrid setups. A newly emerging group of hybrid setups involves atomic or molecular systems [15–26]. They enable the exploitation of the versatile toolkit of cold atom quantum manipulations for the control of mechanical systems. Recent work has established that coupling internal states ...
... dots [14] in hybrid setups. A newly emerging group of hybrid setups involves atomic or molecular systems [15–26]. They enable the exploitation of the versatile toolkit of cold atom quantum manipulations for the control of mechanical systems. Recent work has established that coupling internal states ...
Bridging scales in nuclear physics
... successfully describes the strong interaction between quarks and gluons. However, modelling the atomic nuclei based on its basic constituents and the strong interaction, does not seem to capture the complexity of atomic nuclei. Despite the tremendous efforts put into modelling the hadron-hadron inte ...
... successfully describes the strong interaction between quarks and gluons. However, modelling the atomic nuclei based on its basic constituents and the strong interaction, does not seem to capture the complexity of atomic nuclei. Despite the tremendous efforts put into modelling the hadron-hadron inte ...
NMR SPectroscopy
... Where a photon is a wave with some particle character, matter is made of particles with some wave character – wave/particle duality As a result of this, the energy of these particles can only exist at discrete energies – we say these energy levels are quantized It is easy to understand if we visuali ...
... Where a photon is a wave with some particle character, matter is made of particles with some wave character – wave/particle duality As a result of this, the energy of these particles can only exist at discrete energies – we say these energy levels are quantized It is easy to understand if we visuali ...
PT-symmetric quantum mechanics
... eigenfunctions of the operator PT when e >0. However, when e ,0, the PT symmetry of the Hamiltonian is spontaneously broken; even though PT commutes with H, the eigenfunctions of H are not all simultaneously eigenfunctions of PT. For these eigenfunctions of H the energies are complex. Thus, a transi ...
... eigenfunctions of the operator PT when e >0. However, when e ,0, the PT symmetry of the Hamiltonian is spontaneously broken; even though PT commutes with H, the eigenfunctions of H are not all simultaneously eigenfunctions of PT. For these eigenfunctions of H the energies are complex. Thus, a transi ...
Theory and simulation of polar and nonpolar polarizable fluids
... dipole-dipole approximation the problem reduces to a matrix problem. This simplification provides an excellent platform for studying the dielectric and spectral properties of many-body systems3-9 and because linear response theory then holds exactly in the dipole-dipole approximation many physical q ...
... dipole-dipole approximation the problem reduces to a matrix problem. This simplification provides an excellent platform for studying the dielectric and spectral properties of many-body systems3-9 and because linear response theory then holds exactly in the dipole-dipole approximation many physical q ...
Intensities of analogous Rydberg series in CF3Cl, CF3Br and in
... analogies in the valence structure and expected electronic behaviour of the presently studied molecules. Finally, we have compared the oscillator strengths for analogous transitions in the two molecular species and their isolated halogen atoms, given their analogies in the electronic structure of th ...
... analogies in the valence structure and expected electronic behaviour of the presently studied molecules. Finally, we have compared the oscillator strengths for analogous transitions in the two molecular species and their isolated halogen atoms, given their analogies in the electronic structure of th ...
Chapter 13 Radioactive Decay
... Krane’s excellent book, ”Introductory Nuclear Physics”. Kindly read the relevant sections in Krane’s book first. This reading is supplementary to that, and the subsection ordering will mirror that of Krane’s, at least until further notice. ...
... Krane’s excellent book, ”Introductory Nuclear Physics”. Kindly read the relevant sections in Krane’s book first. This reading is supplementary to that, and the subsection ordering will mirror that of Krane’s, at least until further notice. ...
SEMICLASSICAL AND LARGE QUANTUM NUMBER LIMITS
... Conversely, the anticlassical or extreme quantum limit is reached for the opposite conditions to those listed in (3), e.g. |F | → ∞ or E → 0 for d > 0. For positive degrees d, e.g. all sorts of homogeneous oscillators, the first line of (3) expresses the widely appreciated fact, that the semiclassic ...
... Conversely, the anticlassical or extreme quantum limit is reached for the opposite conditions to those listed in (3), e.g. |F | → ∞ or E → 0 for d > 0. For positive degrees d, e.g. all sorts of homogeneous oscillators, the first line of (3) expresses the widely appreciated fact, that the semiclassic ...
PHYS PHYSICS
... concepts learned in introductory physics: position, momentum, energy, angular momentum, vibrations, waves. It casts many of them in a new light, at times requiring modification of the classical definition of these quantities. Quantum Physics serves as the foundation for the more in-depth learning of ...
... concepts learned in introductory physics: position, momentum, energy, angular momentum, vibrations, waves. It casts many of them in a new light, at times requiring modification of the classical definition of these quantities. Quantum Physics serves as the foundation for the more in-depth learning of ...
