Capdessus-PP2014-γ-ray-generation-enhancement
... energy 500 J. This will permit to study new physical regimes where the charge separation field plays an important role and which have never been explored in experiment. This is very promising for many applications, as in the cancer therapy, radiography, and fast ignition of inertial fusion reaction ...
... energy 500 J. This will permit to study new physical regimes where the charge separation field plays an important role and which have never been explored in experiment. This is very promising for many applications, as in the cancer therapy, radiography, and fast ignition of inertial fusion reaction ...
Introduction to ”Topological Geometrodynamics: an Overview
... 4. Induced gauge potentials are expressible in terms of imbedding space coordinates and their gradients and general coordinate invariance implies that there are only 4 field like variables locally. Situation is thus extremely simple mathematically. The objection is that one loses linear superpositio ...
... 4. Induced gauge potentials are expressible in terms of imbedding space coordinates and their gradients and general coordinate invariance implies that there are only 4 field like variables locally. Situation is thus extremely simple mathematically. The objection is that one loses linear superpositio ...
Lectures on effective field theory - Research Group in Theoretical
... theories of particle physics at low energy without having to know everything about physics at short distances. For example, we can discuss precision radiative corrections in the weak interactions without having a grand unified theory or a quantum theory of gravity. The price we pay is that we have a ...
... theories of particle physics at low energy without having to know everything about physics at short distances. For example, we can discuss precision radiative corrections in the weak interactions without having a grand unified theory or a quantum theory of gravity. The price we pay is that we have a ...
Coupled Quantum– Atomistic and Quantum–Continuum Mechanics
... quasi-continuum method is not yet developed to the point where the EAM-based approach is obsolete. Chief among the present limitations is the restriction to periodic OFDFT calculations. Consequently, the finite element mesh cannot be resolved down to individual atoms, which would then need to be han ...
... quasi-continuum method is not yet developed to the point where the EAM-based approach is obsolete. Chief among the present limitations is the restriction to periodic OFDFT calculations. Consequently, the finite element mesh cannot be resolved down to individual atoms, which would then need to be han ...
Derivation of new quantum hydrodynamic equations using entropy
... In fact, we only assume that its kernel consists of the quantum thermal equilibrium distribution (defined in section 2) and that the operator preserves certain moments. The macroscopic variables are defined as the moments of the Wigner function over momentum space; more precisely, we consider the pa ...
... In fact, we only assume that its kernel consists of the quantum thermal equilibrium distribution (defined in section 2) and that the operator preserves certain moments. The macroscopic variables are defined as the moments of the Wigner function over momentum space; more precisely, we consider the pa ...
Rotation of electromagnetic fields and the nature of optical angular
... quite distinct from and separate from the ±~ of spin angular momentum associated with the two possible circular polarizations. The description of orbital and spin angular momenta for light becomes more difficult if we go beyond the paraxial approximation [3,4]. Here the larger values taken by the el ...
... quite distinct from and separate from the ±~ of spin angular momentum associated with the two possible circular polarizations. The description of orbital and spin angular momenta for light becomes more difficult if we go beyond the paraxial approximation [3,4]. Here the larger values taken by the el ...
- Philsci
... particles are in the box, and which is otherwise such that the marble counts as being in the box, and another in which all the particles are outside the box, and which is otherwise such that the marble counts as being outside the box. Consider a process that transforms one configuration to the othe ...
... particles are in the box, and which is otherwise such that the marble counts as being in the box, and another in which all the particles are outside the box, and which is otherwise such that the marble counts as being outside the box. Consider a process that transforms one configuration to the othe ...
Stability conditions of diatomic molecules in
... quantum mechanics oscillator. The second and third-order Hamiltonian operators are then formed by substituting the number operator for the quantum number in the corresponding vibrational energy eigenvalues. The expectation values of relative position and linear momentum operators of two oscillating ...
... quantum mechanics oscillator. The second and third-order Hamiltonian operators are then formed by substituting the number operator for the quantum number in the corresponding vibrational energy eigenvalues. The expectation values of relative position and linear momentum operators of two oscillating ...
PDF
... On the other side of the microwave cavity are identical atoms, which differ only in being unexcited, but also coupled to the microwave cavity. If the interaction between the atoms and the microwave field is somehow made to be nonlinear, then it is possible in principle to transfer the optical energy ...
... On the other side of the microwave cavity are identical atoms, which differ only in being unexcited, but also coupled to the microwave cavity. If the interaction between the atoms and the microwave field is somehow made to be nonlinear, then it is possible in principle to transfer the optical energy ...
Electron and hole wave functions in self
... neutral exciton, but the charged exciton displays a fluxrelated effect largely through the pronounced AharanovBohm effect of the electron left behind after recombination.24 Models have been developed to account for various factors in semiconductor quantum rings, for instance the eccentricity,25 the ...
... neutral exciton, but the charged exciton displays a fluxrelated effect largely through the pronounced AharanovBohm effect of the electron left behind after recombination.24 Models have been developed to account for various factors in semiconductor quantum rings, for instance the eccentricity,25 the ...
Optimal Wavelength Allocation in Hybrid Quantum
... wide range of spectrum. Such a noise is not necessarily a major issue in conventional high-SNR classical communications systems, but it is a serious drawback to QKD systems, which often rely on single photons to carry information. In existing experiments that demonstrate the simultaneous operation o ...
... wide range of spectrum. Such a noise is not necessarily a major issue in conventional high-SNR classical communications systems, but it is a serious drawback to QKD systems, which often rely on single photons to carry information. In existing experiments that demonstrate the simultaneous operation o ...
Are Orbitals Observable? - HYLE-
... other fields (Ostrovsky 2005, p. 111). In the case of orbitals, hydrogenic orbitals are not even the exact states of the electron in the hydrogen atom, for they are based on a model in which relativistic effects among other things are neglected. The approximation applied in many-electron systems is ...
... other fields (Ostrovsky 2005, p. 111). In the case of orbitals, hydrogenic orbitals are not even the exact states of the electron in the hydrogen atom, for they are based on a model in which relativistic effects among other things are neglected. The approximation applied in many-electron systems is ...
Textbook Problems
... A particle of mass m is in a 3D cube with sides L. It is in the third excited state, corresponding to n2 = 11. (a) Calculate the energy of the particle. (b) The possible combinations of n1 , n2 , and n3 (c) The wavefunctions for these states. ...
... A particle of mass m is in a 3D cube with sides L. It is in the third excited state, corresponding to n2 = 11. (a) Calculate the energy of the particle. (b) The possible combinations of n1 , n2 , and n3 (c) The wavefunctions for these states. ...
The Equivalence Myth of Quantum Mechanics
... who doubted in particular ‘the reality of particles’. 4 On the other hand, Born regarded the existence of particles as inescapable in the light of the atomic collision experiments that were performed in Gottingen by his friend James Franck; Jordan took Born’s side. 5 So it is difficult to decide whe ...
... who doubted in particular ‘the reality of particles’. 4 On the other hand, Born regarded the existence of particles as inescapable in the light of the atomic collision experiments that were performed in Gottingen by his friend James Franck; Jordan took Born’s side. 5 So it is difficult to decide whe ...
Driven Problems in Quantum and Classical Mechanics with Floquet
... both with and without analytical solutions, in both classical and quantum mechanics, will be examined and their general behaviours indentified with the help of Floquet theory. Floquet multipliers will be used to show stability of a classical system via Poincaré sections. The stability of various dr ...
... both with and without analytical solutions, in both classical and quantum mechanics, will be examined and their general behaviours indentified with the help of Floquet theory. Floquet multipliers will be used to show stability of a classical system via Poincaré sections. The stability of various dr ...
Light`s twist - University of Glasgow
... particles even when they are arbitrarily distant from each other. Most of the early demonstrations of quantum entanglement used the SAM of the light, manifested as polarization, to perform experimental tests in support of quantum theory. Zeilinger and co-workers [39] used OAM to extend these tests t ...
... particles even when they are arbitrarily distant from each other. Most of the early demonstrations of quantum entanglement used the SAM of the light, manifested as polarization, to perform experimental tests in support of quantum theory. Zeilinger and co-workers [39] used OAM to extend these tests t ...