The Helium Atom - Oxford Academic
... days of the Copenhagen School: The Maslov indices related to conjugated points along classical trajectories and their importance for the approach to wave mechanics (which was not developed at those times) were not properly accounted for, and the precise role of periodic trajectories when the classic ...
... days of the Copenhagen School: The Maslov indices related to conjugated points along classical trajectories and their importance for the approach to wave mechanics (which was not developed at those times) were not properly accounted for, and the precise role of periodic trajectories when the classic ...
An Ontological Interpretation of the Wave Function - Philsci
... predictions of quantum mechanics and is still consistent with experiments.) Concretely speaking, the situation in which physical entity 1 is in (x1 , y1 , z1 ) and physical entity 2 is in (x2 , y2 , z2 ) exists in one part of continuous time, state by the time evolution of the system. The existence ...
... predictions of quantum mechanics and is still consistent with experiments.) Concretely speaking, the situation in which physical entity 1 is in (x1 , y1 , z1 ) and physical entity 2 is in (x2 , y2 , z2 ) exists in one part of continuous time, state by the time evolution of the system. The existence ...
1. Jisoon IHM_jihm_axion at TI_APCTP_20160325
... At 5 nm above the corner, E ~ 2.6x107 V/m and B ~ 130mGauss ...
... At 5 nm above the corner, E ~ 2.6x107 V/m and B ~ 130mGauss ...
Titles and Abstracts
... Abstract:Various nucleon-pair approximations of the nuclear shell model have been developed in the last sixty years. Important examples of nucleon-pair approximations include the seniority scheme or quasispin scheme [1,2], the broken pair approximation [3], the Ginocchio model [4]. There have been m ...
... Abstract:Various nucleon-pair approximations of the nuclear shell model have been developed in the last sixty years. Important examples of nucleon-pair approximations include the seniority scheme or quasispin scheme [1,2], the broken pair approximation [3], the Ginocchio model [4]. There have been m ...
Density-Matrix Description of the EPR “Paradox”
... of knowledge of quantum systems via density operators satisfies the criterion of separability that Einstein insisted upon. However, it remains that the pure state (1)/(2) is a more subtle entity than Einstein’s mixed state (4). We claim that pure states such as eqs. (1)/(2) can exist in Nature, and t ...
... of knowledge of quantum systems via density operators satisfies the criterion of separability that Einstein insisted upon. However, it remains that the pure state (1)/(2) is a more subtle entity than Einstein’s mixed state (4). We claim that pure states such as eqs. (1)/(2) can exist in Nature, and t ...
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Full Text [Word]
... achieved automatically by laws that entail Hamilton’s least action principle (where action is mass x distance x speed). Such physical degrees of freedom are a function of whether the particle is located in a field-less region of space (free fall), or whether in a region of space dominated by a field ...
... achieved automatically by laws that entail Hamilton’s least action principle (where action is mass x distance x speed). Such physical degrees of freedom are a function of whether the particle is located in a field-less region of space (free fall), or whether in a region of space dominated by a field ...
LHC Physics - UCL HEP Group
... N.B. Our example here was for a single complex scalar and for a U(1) field. In the Standard Model the Higgs is an electroweak SU(2) doublet field, with 4 degrees of freedom. 3 of these are ‘eaten’ by W±, Z0, mass terms leaving a single scalar for the physical Higgs boson. For full SU(2) treatment se ...
... N.B. Our example here was for a single complex scalar and for a U(1) field. In the Standard Model the Higgs is an electroweak SU(2) doublet field, with 4 degrees of freedom. 3 of these are ‘eaten’ by W±, Z0, mass terms leaving a single scalar for the physical Higgs boson. For full SU(2) treatment se ...
Störmer
... charge, depending on the conditions under which they have been prepared. And yet we know with certainty that none of these electrons has split up into pieces. Fractional charge is the most puzzling of the observations, but there are others. Quantum numbers—usually integers or half-integers—turn out ...
... charge, depending on the conditions under which they have been prepared. And yet we know with certainty that none of these electrons has split up into pieces. Fractional charge is the most puzzling of the observations, but there are others. Quantum numbers—usually integers or half-integers—turn out ...
Quantum and private capacities of low
... for the depolarizing channel for any p > 0 is found to always have positive capacity [10], which renders several techniques inapplicable, including those described in [27] or a generalization of degradability to “information degradability” [1]. In this paper, we consider the quantum capacity of “low ...
... for the depolarizing channel for any p > 0 is found to always have positive capacity [10], which renders several techniques inapplicable, including those described in [27] or a generalization of degradability to “information degradability” [1]. In this paper, we consider the quantum capacity of “low ...
Pdf Section 1
... of the qualitative features of the force laws acting between the con stituent particles. The most obvious, and yet striking result of liquid disorder in the large (exempting the case of covalently bound glasses) is the property of fluidity. An adequate understanding of the liquid state must explain ...
... of the qualitative features of the force laws acting between the con stituent particles. The most obvious, and yet striking result of liquid disorder in the large (exempting the case of covalently bound glasses) is the property of fluidity. An adequate understanding of the liquid state must explain ...
NAK_P25_NGS2007
... electronic transition between the discretely-quantized states of quantum dot or quantum well, however, this again imposes the restriction of lowtemperature operation. ...
... electronic transition between the discretely-quantized states of quantum dot or quantum well, however, this again imposes the restriction of lowtemperature operation. ...
... Coulomb drag effect provides an important tool to probe these correlations. Coulomb drag was observed experimentally in two-dimensional bilayers [2] and, more recently, in one-dimensional quantum wires [3]. A different Coulomb drag-type effect, the spin drag, originates in momentum transfer between ...
A reexamination of pitch angle diffusion of electrons at the... lunar wake Tomoko Nakagawa and Masahide Iizima
... E 0 = φ0 /D is the average electric field through the thickness D of the potential drop φ0 , e E is the unit vector of electric field direction, and r is the position. Differently from Nakagawa and Iizima (2005), the electric fields of each layers have the same sign. The magnetic field is set to int ...
... E 0 = φ0 /D is the average electric field through the thickness D of the potential drop φ0 , e E is the unit vector of electric field direction, and r is the position. Differently from Nakagawa and Iizima (2005), the electric fields of each layers have the same sign. The magnetic field is set to int ...
QCD Matter Phase Diagram
... Figure 1: Coupling constants of electromagnetic and strong forces. Actually, due to relative strong dependence on distance between interacting particles, it would be better if we would refer to both of them as strengths, but for historical reasons the term constant is used. In the left figure the fa ...
... Figure 1: Coupling constants of electromagnetic and strong forces. Actually, due to relative strong dependence on distance between interacting particles, it would be better if we would refer to both of them as strengths, but for historical reasons the term constant is used. In the left figure the fa ...