Green`s function methods
... initially quiescent oscillator each impulse produces a solution equivalent to a free oscillator with initial velocity of v0 = FDt/m. The solution becomes a sum (integral) over such impulse responses. An alternative method of solution is to solve for the x(t) response of each impulse by viewing an im ...
... initially quiescent oscillator each impulse produces a solution equivalent to a free oscillator with initial velocity of v0 = FDt/m. The solution becomes a sum (integral) over such impulse responses. An alternative method of solution is to solve for the x(t) response of each impulse by viewing an im ...
Forward and backward time observables for quantum evolution and
... and the a priori time asymmetry existing in the formalism from which they arise, one may naturally ask whether these operators can be used as time observables not only for a quantum system undergoing Schrödinger evolution but more generally for quantum irreversible processes such as quantum stochas ...
... and the a priori time asymmetry existing in the formalism from which they arise, one may naturally ask whether these operators can be used as time observables not only for a quantum system undergoing Schrödinger evolution but more generally for quantum irreversible processes such as quantum stochas ...
Philosophy of Mind and the Problem of Free Will
... quantum theory, in his analysis of free will. However, the opening words of Bohr’s 1934 book Atomic Theory and the Description of Nature5 are: “The task of science is both to extend the range of our experience and reduce it to order.” This idea is restated many times in many ways, for example as: “I ...
... quantum theory, in his analysis of free will. However, the opening words of Bohr’s 1934 book Atomic Theory and the Description of Nature5 are: “The task of science is both to extend the range of our experience and reduce it to order.” This idea is restated many times in many ways, for example as: “I ...
Superconducting phase qubit coupled to a nanomechanical resonator:
... The method was applied to a current-biased Josephson junction coupled to a piezoelectric nanoelectromechanical disk resonator, and good agreement with exact numerical results ...
... The method was applied to a current-biased Josephson junction coupled to a piezoelectric nanoelectromechanical disk resonator, and good agreement with exact numerical results ...
Path Resummations and the Fermion Sign Problem
... Carlo (QMC) simulations of Fermion systems based on the idea of sampling “graphs”, rather than “paths”. The latter, being rooted in Feynman’s “realspace imaginary-time” path-integral (PI) theory [2–4], has been the paradigmatic approach to simulating quantum systems at finite temperature. For Fermion ...
... Carlo (QMC) simulations of Fermion systems based on the idea of sampling “graphs”, rather than “paths”. The latter, being rooted in Feynman’s “realspace imaginary-time” path-integral (PI) theory [2–4], has been the paradigmatic approach to simulating quantum systems at finite temperature. For Fermion ...
Beyond Heisenberg`s Uncertainty Limits - CFCUL
... indicated in the picture. The plot of the intensity of the picture along that line is also represented below in the same picture. In order to Fourier represent this variation in intensity it is necessary to find the amplitudes, frequencies and phases of the infinite monochromatic harmonic plane wave ...
... indicated in the picture. The plot of the intensity of the picture along that line is also represented below in the same picture. In order to Fourier represent this variation in intensity it is necessary to find the amplitudes, frequencies and phases of the infinite monochromatic harmonic plane wave ...
Multiphoton antiresonance M. I. Dykman and M. V. Fistul
... periods 2 / 共g兲 are the same.10 When the motion is quantized, 共g兲 gives the distance between the energy levels. Therefore if, for some ␦ and , two levels that correspond to the external and internal trajectories coincide with each other, many levels will coincide pairwise as well. Level splitti ...
... periods 2 / 共g兲 are the same.10 When the motion is quantized, 共g兲 gives the distance between the energy levels. Therefore if, for some ␦ and , two levels that correspond to the external and internal trajectories coincide with each other, many levels will coincide pairwise as well. Level splitti ...
A History of Physics as an Exercise in Philosophy
... The average physicist is not known to have kind and warm feelings for philosophy. Many of them feel that philosophy is not very relevant to their discipline. If there is any relevance, it is one that comes after the facts. They regard the philosophy of science as an occupation for those who are beyo ...
... The average physicist is not known to have kind and warm feelings for philosophy. Many of them feel that philosophy is not very relevant to their discipline. If there is any relevance, it is one that comes after the facts. They regard the philosophy of science as an occupation for those who are beyo ...
A Study on Reversible Logic Gates of Quantum Computing
... DNA copying mechanism in a human cell dissipates about 100 kT of heat per bit copied (which is understandable from a consideration of the chemical bonds that need to be broken in the process), both far from the ideal limit of kT ln 2 for irreversible computing. That classical computation can be done ...
... DNA copying mechanism in a human cell dissipates about 100 kT of heat per bit copied (which is understandable from a consideration of the chemical bonds that need to be broken in the process), both far from the ideal limit of kT ln 2 for irreversible computing. That classical computation can be done ...
Electrodynamics of Moving Particles
... an “external field” or simply a field produced by a heavy external device. This extended theory is also discussed in Section 7. Although the field equations of the theory are linear, the moving boundary condition makes it relatively difficult. The method developed in Section 5 enables us to replace ...
... an “external field” or simply a field produced by a heavy external device. This extended theory is also discussed in Section 7. Although the field equations of the theory are linear, the moving boundary condition makes it relatively difficult. The method developed in Section 5 enables us to replace ...
The Mach–Zehnder interferometer • Coherent
... This transformation is indeed unitary as it preserves the norm of the state. Since it is a single-mode state, the only optical element that realizes unitary operations is a phase shifter which can only generate transformations to states c0 |0� + eiϕ c1 |1� + e2iϕ c2 |2� which does not contain the tr ...
... This transformation is indeed unitary as it preserves the norm of the state. Since it is a single-mode state, the only optical element that realizes unitary operations is a phase shifter which can only generate transformations to states c0 |0� + eiϕ c1 |1� + e2iϕ c2 |2� which does not contain the tr ...
introduction of a quantum of time ("chronon")
... pointlike electron a trick which avoided divergences! By using the conservation laws of energy and momentum, and Maxwell equations, Dirac calculated the flux of the energy-momentum 4-vector through a tube of radius e
... pointlike electron a trick which avoided divergences! By using the conservation laws of energy and momentum, and Maxwell equations, Dirac calculated the flux of the energy-momentum 4-vector through a tube of radius e
