PDF only - at www.arxiv.org.
... reason , the mass and the force found in ([3],[4]) can be considered as dual to the parameters extending the velocity-time translation Lie group for the second time while jerk is dual to a parameter within those extending the velocity-time translation Lie group for the third time. In this paper, we ...
... reason , the mass and the force found in ([3],[4]) can be considered as dual to the parameters extending the velocity-time translation Lie group for the second time while jerk is dual to a parameter within those extending the velocity-time translation Lie group for the third time. In this paper, we ...
Octonionic Dirac Equation
... Dirac-Clifford algebra [7], nonassociative Yang-Mills theories [8,9], space-time symmetries in ten dimensions [10], supersymmetry and supergravity theories [11,12]. Moreover, the recent successful application of quaternionic numbers in quantum mechanics [13–17], in particular in formulating a quater ...
... Dirac-Clifford algebra [7], nonassociative Yang-Mills theories [8,9], space-time symmetries in ten dimensions [10], supersymmetry and supergravity theories [11,12]. Moreover, the recent successful application of quaternionic numbers in quantum mechanics [13–17], in particular in formulating a quater ...
Fulltext
... obtained wavefunctions which respect rotational symmetry. These wavefunctions are crucial for the theory of quantum Hall effects. All of the above discussions focus on the calculation of the wavefunctions. A gauge choice must be adopted in each case. The Landau problem looks like an oscillation prob ...
... obtained wavefunctions which respect rotational symmetry. These wavefunctions are crucial for the theory of quantum Hall effects. All of the above discussions focus on the calculation of the wavefunctions. A gauge choice must be adopted in each case. The Landau problem looks like an oscillation prob ...
How Albert Einstein invented entanglement despite his intention
... Triangle a): This Pythagorean triangle represents the usual classical basis for the Lorentz factor. In this case we have ‘real’ Einstein photons for both the x- and y-axis with hypotenuses X, which means both photons should obey the constant speed of light c; therefore v could also be c: v c . Thi ...
... Triangle a): This Pythagorean triangle represents the usual classical basis for the Lorentz factor. In this case we have ‘real’ Einstein photons for both the x- and y-axis with hypotenuses X, which means both photons should obey the constant speed of light c; therefore v could also be c: v c . Thi ...
(4)
... mixed quantum-classical systems. We take as a starting point the evolution equation for the mixed quantum-classical density matrix.21,23–26,29 This equation may be derived by partial Wigner transforming the quantum Liouville equation over the bath degrees of freedom corresponding to massive particle ...
... mixed quantum-classical systems. We take as a starting point the evolution equation for the mixed quantum-classical density matrix.21,23–26,29 This equation may be derived by partial Wigner transforming the quantum Liouville equation over the bath degrees of freedom corresponding to massive particle ...
Simple Theory of the Magnetic Properties of Rare
... constituting on the mhole a well-defined manyelectron structure with mell-defined total angular momentum J. The energetics of this structure is such that, for all phenomena involved here, only one electron can be either removed from an shell and placed (really or virtually) in a conduction state or ...
... constituting on the mhole a well-defined manyelectron structure with mell-defined total angular momentum J. The energetics of this structure is such that, for all phenomena involved here, only one electron can be either removed from an shell and placed (really or virtually) in a conduction state or ...
Full Text PDF - Science and Education Publishing
... Consequently, the total spin Sv of a virtual particles pair, at least while converting into real particles, must not be equal to zero. But a virtual particles pair may be created by the quantum entity whose spin equals / 2 and while creating the virtual particles pair the quantum entity preserves ...
... Consequently, the total spin Sv of a virtual particles pair, at least while converting into real particles, must not be equal to zero. But a virtual particles pair may be created by the quantum entity whose spin equals / 2 and while creating the virtual particles pair the quantum entity preserves ...
Quantum-assisted biomolecular modelling
... this portion of the force-field calculation is still costly. For a more detailed description of modelling methods applied to biomolecules, see Leach (2001). Given an experimentally derived structure of a drug/protein complex, atomistic simulation can provide a good estimate for the interaction energ ...
... this portion of the force-field calculation is still costly. For a more detailed description of modelling methods applied to biomolecules, see Leach (2001). Given an experimentally derived structure of a drug/protein complex, atomistic simulation can provide a good estimate for the interaction energ ...
How Long Can A Pencil Remain Balanced On Its Tip?
... well defined answer. The pencil falls. Moreover, the greatest time for which the pencil can remain balanced can be calculated. (More precisely, the probability that the pencil has fallen can be calculated for any given time t). The reason for the difference between the classical and quantum interpre ...
... well defined answer. The pencil falls. Moreover, the greatest time for which the pencil can remain balanced can be calculated. (More precisely, the probability that the pencil has fallen can be calculated for any given time t). The reason for the difference between the classical and quantum interpre ...
Quantum Chaos and Quantum Information
... In this course I will review some recent development in the field of Quantum Chaos, in particular in the connection to the emerging fields of Quantum Computation and Quantum Information. I will start by defining some basic notions of Quantum Chaos in the time domain, together with some quantitative ...
... In this course I will review some recent development in the field of Quantum Chaos, in particular in the connection to the emerging fields of Quantum Computation and Quantum Information. I will start by defining some basic notions of Quantum Chaos in the time domain, together with some quantitative ...
ppt Ng
... • Or we are all fooled by probability – it is indeed a Gaussian quantum process • Nongaussianity is an important check ...
... • Or we are all fooled by probability – it is indeed a Gaussian quantum process • Nongaussianity is an important check ...
