An alternative quantization procedure for the Hydrogen atom
... 2D case. Besides that, arguments can be found to introduce supplemental angular momentum in S states whenever one accounts for spin or other perturbations which make l not so good a quantum number any more. In our concerns here however, we focus our interest on a non-relativistic, spinless frame. In ...
... 2D case. Besides that, arguments can be found to introduce supplemental angular momentum in S states whenever one accounts for spin or other perturbations which make l not so good a quantum number any more. In our concerns here however, we focus our interest on a non-relativistic, spinless frame. In ...
Dynamical quantum-electrodynamics embedding: Combining time
... (NF) method22 for studying the optical response of nanostructures at sub-wavelength scales. The NF is essentially a timedependent Poisson equation method, and solves the Maxwell equations with the approximation that the electric field is longitudinal and retardation effects are negligible. The metho ...
... (NF) method22 for studying the optical response of nanostructures at sub-wavelength scales. The NF is essentially a timedependent Poisson equation method, and solves the Maxwell equations with the approximation that the electric field is longitudinal and retardation effects are negligible. The metho ...
A Suggested Interpretation of the Quantum Theory in Terms of
... the same physical results as are obtained from the of the quantum theory. These usual interpretation three special assumptions are: (1) The P-field satisfies Schroedinger's equation. (2) U we write it =E exp(is/5), then the particle momentum is restricted to y= VS(x). (3) We have a statistical ensem ...
... the same physical results as are obtained from the of the quantum theory. These usual interpretation three special assumptions are: (1) The P-field satisfies Schroedinger's equation. (2) U we write it =E exp(is/5), then the particle momentum is restricted to y= VS(x). (3) We have a statistical ensem ...
Introduction - the Max Planck Institute for the Physics of Complex
... Entanglement in CM systems The description of condensed matter (CM) phases using entanglement measures, borrowed from the field of quantum information (QI) theory, has led to an explosive growth of interdisciplinary work. However, there are only a few cases where entanglement concepts provide physic ...
... Entanglement in CM systems The description of condensed matter (CM) phases using entanglement measures, borrowed from the field of quantum information (QI) theory, has led to an explosive growth of interdisciplinary work. However, there are only a few cases where entanglement concepts provide physic ...
Marcos Marino, An introduction to Donaldson
... Donaldson-Witten theory has played an important role both in mathematics and in physics. In mathematics, Donaldson theory has been a fundamental tool in understanding the differential topology of four-manifolds. In physics, topological Yang-Mills theory, also known as Donaldson-Witten theory, is the ...
... Donaldson-Witten theory has played an important role both in mathematics and in physics. In mathematics, Donaldson theory has been a fundamental tool in understanding the differential topology of four-manifolds. In physics, topological Yang-Mills theory, also known as Donaldson-Witten theory, is the ...
Quasiparticles in the Quantum Hall Effect Janik Kailasvuori Stockholm University
... today this branch includes a very diverse range of subjects like for example, nanophysics, soft condensed matter (e.g. structures in polymer solutions) and macroscopic quantum mechanical effects such as superconductivity, superfluidity etc. The general theme is that one tries to understand how simpl ...
... today this branch includes a very diverse range of subjects like for example, nanophysics, soft condensed matter (e.g. structures in polymer solutions) and macroscopic quantum mechanical effects such as superconductivity, superfluidity etc. The general theme is that one tries to understand how simpl ...
Black hole fireworks: quantum-gravity effects outside the horizon
... comes from loop cosmology: the wave packet representing a collapsing universe tunnels into a wave packet representing an expanding universe [16]. Again, the quantum theory predicts tunnelling between two classically disconnected sets of solutions: collapsing and expanding. In this case, an effective ...
... comes from loop cosmology: the wave packet representing a collapsing universe tunnels into a wave packet representing an expanding universe [16]. Again, the quantum theory predicts tunnelling between two classically disconnected sets of solutions: collapsing and expanding. In this case, an effective ...
D3. Spin Matrices
... But I myself have never had specific need of that “standard” material, and have always found it—at least as it is presented in the sources most familiar to me7 —to be so offputtingly ugly that I have been happy to avoid it; what may indeed be “too familiar for comment” to many/most of the world’s quan ...
... But I myself have never had specific need of that “standard” material, and have always found it—at least as it is presented in the sources most familiar to me7 —to be so offputtingly ugly that I have been happy to avoid it; what may indeed be “too familiar for comment” to many/most of the world’s quan ...
Quantum Energy–based P Systems - Computational Biology and
... which map the alphabet into itself. Such functions are implemented using a generalization of the Conditional Quantum Control technique, and may yield to non–unitary operators. Before delving into the details of quantum P systems, let us recall some basic notions of quantum computing. From an abstrac ...
... which map the alphabet into itself. Such functions are implemented using a generalization of the Conditional Quantum Control technique, and may yield to non–unitary operators. Before delving into the details of quantum P systems, let us recall some basic notions of quantum computing. From an abstrac ...
a 1 - University of San Francisco
... Operating a Quantum vs. a Classical Computer: In both cases the system must be initialized, e.g. into the all zeros string |000> corresponding to the vector (1, 0, 0 ,0 ,0, 0, 0, 0). Classical computer logic operations are in general not reversible e.g. consider an AND gate If the output bit is 0, ...
... Operating a Quantum vs. a Classical Computer: In both cases the system must be initialized, e.g. into the all zeros string |000> corresponding to the vector (1, 0, 0 ,0 ,0, 0, 0, 0). Classical computer logic operations are in general not reversible e.g. consider an AND gate If the output bit is 0, ...
Quantum Chaos
... exactly like the classical phase space density. For chaotic systems, the classical phase space distributions develop structures at smaller and smaller scales as time increases ∂3W/∂p3 becomes larger and larger. Even for tiny Planck constant, the corrections will eventually overcome the lowest ...
... exactly like the classical phase space density. For chaotic systems, the classical phase space distributions develop structures at smaller and smaller scales as time increases ∂3W/∂p3 becomes larger and larger. Even for tiny Planck constant, the corrections will eventually overcome the lowest ...
On Quantum Versions of Record
... First statement. Without loss of generality, we can assume that the time is measured in number of steps. Then TQ = t0 + t1 + . . . + ts , where t0 denotes the number of non-quantum steps in AQ , s denotes the number of Grover’s searches, and ti denotes the time required for i-th quantum search. To s ...
... First statement. Without loss of generality, we can assume that the time is measured in number of steps. Then TQ = t0 + t1 + . . . + ts , where t0 denotes the number of non-quantum steps in AQ , s denotes the number of Grover’s searches, and ti denotes the time required for i-th quantum search. To s ...