Ab-initio Calculations of Photonic Structures
... framework is used to calculate powers that are dissipated, and/or scattered between the ports, from which various dissipation and/or scattering cross sections of interest can be trivially evaluated. As a first illustrative example, we use the CMT formalism to analyze the specific case of an electrom ...
... framework is used to calculate powers that are dissipated, and/or scattered between the ports, from which various dissipation and/or scattering cross sections of interest can be trivially evaluated. As a first illustrative example, we use the CMT formalism to analyze the specific case of an electrom ...
The Physical World as a Virtual Reality
... The latest versions can be found at: Chapter1, Chapter2, Chapter3 and Chapter4. ...
... The latest versions can be found at: Chapter1, Chapter2, Chapter3 and Chapter4. ...
Introduction to the Bethe Ansatz II
... for odd N/2. The important result (13) was derived by Hulthén7 in the early years of the Bethe ansatz. In Fig. 1(b) we plot the magnon momenta ki of |Ai as inferred from (4) versus Ii /N for the same data as used in Fig. 1(a). The smoothness of the curve reflects the fact that the state |Ai for N → ...
... for odd N/2. The important result (13) was derived by Hulthén7 in the early years of the Bethe ansatz. In Fig. 1(b) we plot the magnon momenta ki of |Ai as inferred from (4) versus Ii /N for the same data as used in Fig. 1(a). The smoothness of the curve reflects the fact that the state |Ai for N → ...
A Post Processing Method for Quantum Prime Factorization
... post processing phase that concern with the estimation of period had been taken a long time. For this reason I applied Randomized Approach for guessing the period. My opinion was that, after measuring the state |E> without attention to (1), I supposed that measured value probably would get the perio ...
... post processing phase that concern with the estimation of period had been taken a long time. For this reason I applied Randomized Approach for guessing the period. My opinion was that, after measuring the state |E> without attention to (1), I supposed that measured value probably would get the perio ...
Three attractively interacting fermions in a harmonic trap: Exact
... present authors [6]. The second and third virial (expansion) coefficients of both attractive and repulsive Fermi gases can be calculated, using the full energy spectrum of three interacting fermions. In the unitarity limit, we find that in the high-temperature regime where our quantum virial expansi ...
... present authors [6]. The second and third virial (expansion) coefficients of both attractive and repulsive Fermi gases can be calculated, using the full energy spectrum of three interacting fermions. In the unitarity limit, we find that in the high-temperature regime where our quantum virial expansi ...
1. Give the magnitude and direction of the net force acting on (a) a
... The particle, if unrestrained by the string, will continue to move in a straight line without any change in velocity. The inertia force is internal to the particle. The weight of the particle = mg and the corresponding reaction of the table are balancing each other and do not figure in the net force ...
... The particle, if unrestrained by the string, will continue to move in a straight line without any change in velocity. The inertia force is internal to the particle. The weight of the particle = mg and the corresponding reaction of the table are balancing each other and do not figure in the net force ...
Slides
... distribution and the light-cone quark orbital angular momentum distribution only can be defined in light-cone gauge ...
... distribution and the light-cone quark orbital angular momentum distribution only can be defined in light-cone gauge ...
無投影片標題
... Density of State Function To calculate the electron and hole concentrations in a material, we must determine the density of these allowed energy states as a function of energy. Electrons are allowed to move relatively freely in the conduction band of a semiconductor but are confined to the crys ...
... Density of State Function To calculate the electron and hole concentrations in a material, we must determine the density of these allowed energy states as a function of energy. Electrons are allowed to move relatively freely in the conduction band of a semiconductor but are confined to the crys ...
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... the theory of quantum information. Earlier, this formula played the pivotal role for Yuen to formulate his two-photon coherent states or two-mode squeezed states [10]. The same formula was used by Yurke and Patasek in 1987 [11] and by Ekert and Knight [12] for the two-mode squeezed state where one o ...
... the theory of quantum information. Earlier, this formula played the pivotal role for Yuen to formulate his two-photon coherent states or two-mode squeezed states [10]. The same formula was used by Yurke and Patasek in 1987 [11] and by Ekert and Knight [12] for the two-mode squeezed state where one o ...
- Philsci
... phenomena it is about. Following the available literature, we will refer to such explanations as structural explanations. In order to illustrate our main claim, we will present two case studies, involving two of the most typical and puzzling quantum phenomena, namely Heisenberg’s Uncertainty Relatio ...
... phenomena it is about. Following the available literature, we will refer to such explanations as structural explanations. In order to illustrate our main claim, we will present two case studies, involving two of the most typical and puzzling quantum phenomena, namely Heisenberg’s Uncertainty Relatio ...
Relativistic Adiabatic Approximation and Geometric Phase
... Although the original approach of Garrison and Chiao [8] does not require the evolution of the field to be adiabatic, as seen from the example studied by Anandan and Mazur [10], most often one cannot compute the geometric phase analytically without assuming the adiabaticity of the evolution. This su ...
... Although the original approach of Garrison and Chiao [8] does not require the evolution of the field to be adiabatic, as seen from the example studied by Anandan and Mazur [10], most often one cannot compute the geometric phase analytically without assuming the adiabaticity of the evolution. This su ...
