Control of
... 2. It connects to classical language “here and there”. E.g. early work and language of Bucksbaum/Corkum 3. On (often major) quantitative difference in classical vs. quantum response functions --- see several papers by Maksym: M. Kryvohuz and J.Cao, Phys. Rev. Lett. 95, 180405, (2005) M. Kryvohuz and ...
... 2. It connects to classical language “here and there”. E.g. early work and language of Bucksbaum/Corkum 3. On (often major) quantitative difference in classical vs. quantum response functions --- see several papers by Maksym: M. Kryvohuz and J.Cao, Phys. Rev. Lett. 95, 180405, (2005) M. Kryvohuz and ...
An Introduction to the Mathematical Aspects of Quantum Mechanics:
... Z (φ, ψ) = φ∗ (x, t)ψ(x, t)dx R ...
... Z (φ, ψ) = φ∗ (x, t)ψ(x, t)dx R ...
Euclidean Field Theory - Department of Mathematical Sciences
... whether we can write (1.10) back in a path integral language. It is not immediately clear how to do this, because the Gaussian factor in the path integral (1.7) enforces the appearances of the |0i state in the correlator. The way to continue is to observe that (1.10) is an expression similar to (1.4 ...
... whether we can write (1.10) back in a path integral language. It is not immediately clear how to do this, because the Gaussian factor in the path integral (1.7) enforces the appearances of the |0i state in the correlator. The way to continue is to observe that (1.10) is an expression similar to (1.4 ...
Vapor REPORTS Observation Condensation
... the detailed properties of the macroscopic quantum state and allow only a small fraction of the particles to occupy the Bose condensed state. Recently, evidence of Bose condensation in a gas of excitons in a semiconductor host has been reported (5). The interactions in these systems are weak but poo ...
... the detailed properties of the macroscopic quantum state and allow only a small fraction of the particles to occupy the Bose condensed state. Recently, evidence of Bose condensation in a gas of excitons in a semiconductor host has been reported (5). The interactions in these systems are weak but poo ...
Quantum vacuum in de Sitter spacetime
... the Einstein equations with the positive cosmological constant Due to the high symmetry numerous physical problems are exactly solvable on dS background and a Better understanding of physical effects in this bulk could serve as a handle to deal with more complicated geometries In most inflationary m ...
... the Einstein equations with the positive cosmological constant Due to the high symmetry numerous physical problems are exactly solvable on dS background and a Better understanding of physical effects in this bulk could serve as a handle to deal with more complicated geometries In most inflationary m ...
Molecular rotational spectra formulae
... Here the terms before the parenthesis is electronic state specification. X means it is in the ground electronic state (n=0). X may be replaced by A, B, C, … for excited electronic states with n=1, 2, 3, … However, molecules in electronically excited states are rare, because the huge excitation energ ...
... Here the terms before the parenthesis is electronic state specification. X means it is in the ground electronic state (n=0). X may be replaced by A, B, C, … for excited electronic states with n=1, 2, 3, … However, molecules in electronically excited states are rare, because the huge excitation energ ...
QUANTUM THREE-PASS PROTOCOL: KEY DISTRIBUTION USING
... Therefore, the QTPP guarantees the confidentiality of communication. Eve cannot resend the intercepted data to Bob without errors. Also, the existence of Eve can be detected, because Eve’s intercept-resend attack increases the bit error rate up to 50%. This bit error rate, caused by eavesdropping, i ...
... Therefore, the QTPP guarantees the confidentiality of communication. Eve cannot resend the intercepted data to Bob without errors. Also, the existence of Eve can be detected, because Eve’s intercept-resend attack increases the bit error rate up to 50%. This bit error rate, caused by eavesdropping, i ...
Dynamical quantum-electrodynamics embedding: Combining time
... the classical charge density, so that using f and 1 − f gives a smooth transition from a classical to a quantum charge density. (Future work will examine the detailed dependence on the smoothness parameter of the dividing function f but in our simulations the results were barely dependent on the det ...
... the classical charge density, so that using f and 1 − f gives a smooth transition from a classical to a quantum charge density. (Future work will examine the detailed dependence on the smoothness parameter of the dividing function f but in our simulations the results were barely dependent on the det ...
Quantum mechanics near closed timelike lines
... This paper is about the physical effects of closed timelike lines. Traditional discussions (e.g. , Refs. [1 —5]) treat such effects as properties of spacetime geometry and use the methods of differential geometry and general relativity. There are two main deficiencies in that approach. First, one of ...
... This paper is about the physical effects of closed timelike lines. Traditional discussions (e.g. , Refs. [1 —5]) treat such effects as properties of spacetime geometry and use the methods of differential geometry and general relativity. There are two main deficiencies in that approach. First, one of ...
Fluctuation-Induced Forces Between Atoms and
... where x0 is the (angular) frequency corresponding to k0 : This potential that scales with temperature is actually a free energy of interaction and is also known as the Keesom potential between polar molecules: there, the dipoles are rotating freely under the influence of thermal fluctuations [26]. I ...
... where x0 is the (angular) frequency corresponding to k0 : This potential that scales with temperature is actually a free energy of interaction and is also known as the Keesom potential between polar molecules: there, the dipoles are rotating freely under the influence of thermal fluctuations [26]. I ...
Close-coupling study of rotational energy transfer of CO(v=2) by
... 15 and 27 K possibly due to the influence of the quasi-bound resonances. The vanishing of propensities near resonance energies was previously noted by Lee and Bowman [31] in the H-CO collision system. Further it can be seen that the distribution of the rate coefficients with ∆j narrows as the temper ...
... 15 and 27 K possibly due to the influence of the quasi-bound resonances. The vanishing of propensities near resonance energies was previously noted by Lee and Bowman [31] in the H-CO collision system. Further it can be seen that the distribution of the rate coefficients with ∆j narrows as the temper ...
ECE2 The Second Paradigm Shift Chapter Five
... using the correctly relativistic momentum in the kinetic energy term of the ECE fermion equation. The Lorentz factor is calculated without using the Dirac approximation, which effectively reduces the relativistic momentum to the classical momentum. Quantization shows that the Zeeman effect develops ...
... using the correctly relativistic momentum in the kinetic energy term of the ECE fermion equation. The Lorentz factor is calculated without using the Dirac approximation, which effectively reduces the relativistic momentum to the classical momentum. Quantization shows that the Zeeman effect develops ...
The Helium Atom - Oxford Academic
... words, the phase space structure of the hydrogenic motion of two independent electrons depends on an (infinitesimal) perturbation and not only on the zero-order Hamiltonian itself. As a matter of fact, it was only recently shown that the motion of two-electron atoms is not ergodic. 7 > In this contr ...
... words, the phase space structure of the hydrogenic motion of two independent electrons depends on an (infinitesimal) perturbation and not only on the zero-order Hamiltonian itself. As a matter of fact, it was only recently shown that the motion of two-electron atoms is not ergodic. 7 > In this contr ...
Quantum annealing with manufactured spins
... to that of finding the ground state of a system of interacting spins; however, finding such a ground state remains computationally difficult1. It is believed that the ground state of some naturally occurring spin systems can be effectively attained through a process called quantum annealing2,3. If i ...
... to that of finding the ground state of a system of interacting spins; however, finding such a ground state remains computationally difficult1. It is believed that the ground state of some naturally occurring spin systems can be effectively attained through a process called quantum annealing2,3. If i ...
experimental atomic physics
... The following introduction to the subject of experimental atomic physics is based upon a course that has been given to seniors and first-year graduate students during the past few years at Princeton University. The purpose of the course has been to present the subject from a predominantly experiment ...
... The following introduction to the subject of experimental atomic physics is based upon a course that has been given to seniors and first-year graduate students during the past few years at Princeton University. The purpose of the course has been to present the subject from a predominantly experiment ...
Quantum computation, non-demolition measurements, and reflective
... as immersed into the total whole reality. The monads have no windows, according to Leibniz, but they are synchronized via a harmonic objectivation based on the uniformity of fundamental constants. This synchronization is achieved at certain values of physical constants, which are substantiated as ap ...
... as immersed into the total whole reality. The monads have no windows, according to Leibniz, but they are synchronized via a harmonic objectivation based on the uniformity of fundamental constants. This synchronization is achieved at certain values of physical constants, which are substantiated as ap ...
PDF only - at www.arxiv.org.
... Here ∆mn / h is the average frequency of circumventing the barrier interposing two neighboring equilibrium positions of the double-well system, R is the intermolecular separation. The latter line referring to a coupled system contains the reciprocal of Holstein’s narrowing factor. With a realistic J ...
... Here ∆mn / h is the average frequency of circumventing the barrier interposing two neighboring equilibrium positions of the double-well system, R is the intermolecular separation. The latter line referring to a coupled system contains the reciprocal of Holstein’s narrowing factor. With a realistic J ...
Classical limit and quantum logic - Philsci
... the simultaneous measurement of the corresponding properties is not possible. The Schrödinger representation imposes that, if two observables are incompatible at the beginning of the process of decoherence ( t 0 ), then, they will remain incompatible during the entire process, up to its end ( t ...
... the simultaneous measurement of the corresponding properties is not possible. The Schrödinger representation imposes that, if two observables are incompatible at the beginning of the process of decoherence ( t 0 ), then, they will remain incompatible during the entire process, up to its end ( t ...