Control of
... (a) time-dependent perturbation theory in the Heisenberg picture that admits an analytic classical (~ ! 0) limit in the response of the oscillator to the field. (b) Anharmonicities included to minimal order in a multiple-scale approximation; interaction with the radiation field is taken to third ord ...
... (a) time-dependent perturbation theory in the Heisenberg picture that admits an analytic classical (~ ! 0) limit in the response of the oscillator to the field. (b) Anharmonicities included to minimal order in a multiple-scale approximation; interaction with the radiation field is taken to third ord ...
Quantum Expanders: Motivation and Constructions
... Q UANTUM E XPANDERS : M OTIVATION AND C ONSTRUCTIONS ...
... Q UANTUM E XPANDERS : M OTIVATION AND C ONSTRUCTIONS ...
Visualizing the Coupling between Red and Blue Stark States
... where φ ¼ tan−1 ðy=xÞ is the azimuthal angle. The parabolic quantum numbers n1 and n2 are the number of nodes in χ 1 ðξÞ and χ 2 ðηÞ. The nature of the ionization process leaves its signature in the interference patterns that can be recorded in photoionization microscopy experiments. In hydrogen Sta ...
... where φ ¼ tan−1 ðy=xÞ is the azimuthal angle. The parabolic quantum numbers n1 and n2 are the number of nodes in χ 1 ðξÞ and χ 2 ðηÞ. The nature of the ionization process leaves its signature in the interference patterns that can be recorded in photoionization microscopy experiments. In hydrogen Sta ...
available here - Centre for High Energy Physics
... throughout the Hilbert space. The algorithm is then the discrete Trotter’s formula, generated by exponentiating the two terms in the Hamiltonian [17]. • Grover search does not require the full power of quantum dynamics and can be implemented using any system that obeys the superposition principle. E ...
... throughout the Hilbert space. The algorithm is then the discrete Trotter’s formula, generated by exponentiating the two terms in the Hamiltonian [17]. • Grover search does not require the full power of quantum dynamics and can be implemented using any system that obeys the superposition principle. E ...
COMPCHEM5_2011
... • solvent cavity defined by superpositions of atom-centred spheres. • The “D” stands for “density” to denote that the full solute electron density is used without defining partial atomic charges. • This model includes “surface tension” terms at the solute−solvent boundary that are used model short-r ...
... • solvent cavity defined by superpositions of atom-centred spheres. • The “D” stands for “density” to denote that the full solute electron density is used without defining partial atomic charges. • This model includes “surface tension” terms at the solute−solvent boundary that are used model short-r ...
Notes on Relativistic Dynamics
... and momentum in classical mechanics (both at the college freshman level). They build on that knowledge to describe force, energy, and momentum in special relativity. These notes also use a few ideas from freshmanlevel electricity and magnetism, but not in an essential way. The intent is to present p ...
... and momentum in classical mechanics (both at the college freshman level). They build on that knowledge to describe force, energy, and momentum in special relativity. These notes also use a few ideas from freshmanlevel electricity and magnetism, but not in an essential way. The intent is to present p ...
Journal of Theoretics MODELS OF THE ATOMIC NUCLEI
... But during the last years of the previous millennium the scientists of USA, Japan, Russia and some other countries carried out a number of experiments and proved that transmutation of the nuclei is possible at usual temperatures. This process was called “cold nuclear fusion” [6], [7], [8], [9]. ...
... But during the last years of the previous millennium the scientists of USA, Japan, Russia and some other countries carried out a number of experiments and proved that transmutation of the nuclei is possible at usual temperatures. This process was called “cold nuclear fusion” [6], [7], [8], [9]. ...
Superconducting phase qubit coupled to a nanomechanical resonator:
... the condition g Ⰶ ⌬⑀, and strong coupling to meak g ⬃ ⌬⑀. However, in cavity quantum electrodynamics strong coupling means that g is larger than the atomic and cavity linewidths, but usually still much smaller than ⌬⑀. Thus, it would be more accurate to refer to the regime of interest in this paper ...
... the condition g Ⰶ ⌬⑀, and strong coupling to meak g ⬃ ⌬⑀. However, in cavity quantum electrodynamics strong coupling means that g is larger than the atomic and cavity linewidths, but usually still much smaller than ⌬⑀. Thus, it would be more accurate to refer to the regime of interest in this paper ...
Williams
... Si sphere mass can be measured in vacuum or in air (buoyancy correction required – but the density and volume are known very well) Determining NA was much harder then realizing mass with the sphere ...
... Si sphere mass can be measured in vacuum or in air (buoyancy correction required – but the density and volume are known very well) Determining NA was much harder then realizing mass with the sphere ...
Demonstrating the style for the Journal of Physics - HAL
... K-REC for 60 MeV/u Kr36+ ions, both in axial and random orientations of a Si crystal [14]. Here also, the REC photon energy dispersion was dominated by the electron Compton profile. A clear impact parameter dependence of the Compton profile was deduced from the simulations fitting the data. 3.2. Cha ...
... K-REC for 60 MeV/u Kr36+ ions, both in axial and random orientations of a Si crystal [14]. Here also, the REC photon energy dispersion was dominated by the electron Compton profile. A clear impact parameter dependence of the Compton profile was deduced from the simulations fitting the data. 3.2. Cha ...
Many-electron transport in strongly correlated nondegenerate two-dimensional electron systems *
... the interrelation between temperature T, cyclotron frequency v c , and the characteristic frequency v p of short-wavelength vibrations in the system for B50 ( v p can be estimated from Fig. 1!. For ...
... the interrelation between temperature T, cyclotron frequency v c , and the characteristic frequency v p of short-wavelength vibrations in the system for B50 ( v p can be estimated from Fig. 1!. For ...
Many-electron transport in strongly correlated nondegenerate 2D
... the interrelation between temperature T, cyclotron frequency v c , and the characteristic frequency v p of short-wavelength vibrations in the system for B50 ( v p can be estimated from Fig. 1!. For ...
... the interrelation between temperature T, cyclotron frequency v c , and the characteristic frequency v p of short-wavelength vibrations in the system for B50 ( v p can be estimated from Fig. 1!. For ...
Quantum Relaxation after a Quench in Systems with Boundaries Ferenc Iglo´i *
... have focused on bulk sites up to now, but all real systems have a finite extent and they are bounded by surfaces and the physical properties in the surface region are considerably different from those in the bulk [18]. Obviously an interesting question is whether the time and length scales character ...
... have focused on bulk sites up to now, but all real systems have a finite extent and they are bounded by surfaces and the physical properties in the surface region are considerably different from those in the bulk [18]. Obviously an interesting question is whether the time and length scales character ...
96 11. Use c = in vacuum, in a medium v = 12. Use λ = and 13. (i) (ii
... All distances parallel to principal axis are measured from pole of the mirror/Lens. Direction of incident light is from lift to right as the object is placed on the left of the mirror/lens. All distances in the direction of incident ray is taken as positive, and opposite to incident ray as ...
... All distances parallel to principal axis are measured from pole of the mirror/Lens. Direction of incident light is from lift to right as the object is placed on the left of the mirror/lens. All distances in the direction of incident ray is taken as positive, and opposite to incident ray as ...
FPGA emulation of quantum circuits
... from the types of signal values required to perform computing. While the basic information units for classical circuits are 0 and 1, quantum computing uses complex numbers as bearers of information. Hence, representing a single quantum information unit might require a large number of classical bits, ...
... from the types of signal values required to perform computing. While the basic information units for classical circuits are 0 and 1, quantum computing uses complex numbers as bearers of information. Hence, representing a single quantum information unit might require a large number of classical bits, ...
Hydrogen atom
A hydrogen atom is an atom of the chemical element hydrogen. The electrically neutral atom contains a single positively charged proton and a single negatively charged electron bound to the nucleus by the Coulomb force. Atomic hydrogen constitutes about 75% of the elemental (baryonic) mass of the universe.In everyday life on Earth, isolated hydrogen atoms (usually called ""atomic hydrogen"" or, more precisely, ""monatomic hydrogen"") are extremely rare. Instead, hydrogen tends to combine with other atoms in compounds, or with itself to form ordinary (diatomic) hydrogen gas, H2. ""Atomic hydrogen"" and ""hydrogen atom"" in ordinary English use have overlapping, yet distinct, meanings. For example, a water molecule contains two hydrogen atoms, but does not contain atomic hydrogen (which would refer to isolated hydrogen atoms).