Laser intensity induced transparency in atom
... molecular dimmers populated in the ground state can be obtained by spontaneous decay from the optical excited molecule formed during single-color PA experiment [14]. Furthermore, the deeply bound ground state molecules can be produced by two-color PA through optical coupling with stimulated Raman tr ...
... molecular dimmers populated in the ground state can be obtained by spontaneous decay from the optical excited molecule formed during single-color PA experiment [14]. Furthermore, the deeply bound ground state molecules can be produced by two-color PA through optical coupling with stimulated Raman tr ...
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... Without the support of my parents and their fierce commitment to my education none of this would have been possible. I would also like to thank my high school physics teacher, Liz Woolard, for starting me out on this journey, and for showing her students what it means to love science and teaching. T ...
... Without the support of my parents and their fierce commitment to my education none of this would have been possible. I would also like to thank my high school physics teacher, Liz Woolard, for starting me out on this journey, and for showing her students what it means to love science and teaching. T ...
Phase diffusion pattern in quantum nondemolition systems
... As stated above, in the context of energy-preserving QND systems, the only effect of the environment on the system is dephasing and it is a natural question to ask about the pattern of diffusion of ‘phases’ in such a situation. Such a question is particularly relevant in the context of a number of p ...
... As stated above, in the context of energy-preserving QND systems, the only effect of the environment on the system is dephasing and it is a natural question to ask about the pattern of diffusion of ‘phases’ in such a situation. Such a question is particularly relevant in the context of a number of p ...
Scattering with longitudinally coherent matter beams F. Robicheaux
... This paper is meant to address the lack of general theory for scattering by longitudinally coherent matter beams. Recently, there has been the development of two types of longitudinally coherent matter beams. In Refs. 关4–7兴 the practical development of atom lasers was discussed; these matter beams h ...
... This paper is meant to address the lack of general theory for scattering by longitudinally coherent matter beams. Recently, there has been the development of two types of longitudinally coherent matter beams. In Refs. 关4–7兴 the practical development of atom lasers was discussed; these matter beams h ...
Quantum Theory of Chiral Interactions in Cholesteric Liquid Crystals
... which are odd in both aI and aJ are retained. The effective interaction of Eq. ~3! arises between two chiral molecules as well as between a chiral molecule and an achiral one. Our derivation of the effective chiral interaction differs from previous ones @13,14# in two important respects. First, prev ...
... which are odd in both aI and aJ are retained. The effective interaction of Eq. ~3! arises between two chiral molecules as well as between a chiral molecule and an achiral one. Our derivation of the effective chiral interaction differs from previous ones @13,14# in two important respects. First, prev ...
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... The world is a strange place, but it wasn’t until 1900, when Max Planck was studying the thermal spectrum of light (black body radiation) that we began to understand just how strange it was. Although this represented the formal start of modern quantum mechanics, it is easier to start in 1877, with H ...
... The world is a strange place, but it wasn’t until 1900, when Max Planck was studying the thermal spectrum of light (black body radiation) that we began to understand just how strange it was. Although this represented the formal start of modern quantum mechanics, it is easier to start in 1877, with H ...
FrustrationVSFactorization - School of Mathematical Sciences
... a few simple subcases (Ising, XY,...) and now a wider class of models with nearest-neighbor interactions (see JE) • Difficult to be determined even numerically, especially for high-dimensional lattices (2D, 3D, ...) • Rich phenomenology: different magnetic orderings, critical points and quantum phas ...
... a few simple subcases (Ising, XY,...) and now a wider class of models with nearest-neighbor interactions (see JE) • Difficult to be determined even numerically, especially for high-dimensional lattices (2D, 3D, ...) • Rich phenomenology: different magnetic orderings, critical points and quantum phas ...
Theoretical studies of chemical dynamics on Charge recombination reactions Sifiso Musa Nkambule
... ions have been detected in space, in regions such as the interstellar medium, the planetary ionospheres, dense and diffuse molecular clouds [50; 52; 79; 80]. These enviroments are also rich in free electrons and the molecular ions are often destroyed by dissociative recombination with low energy ele ...
... ions have been detected in space, in regions such as the interstellar medium, the planetary ionospheres, dense and diffuse molecular clouds [50; 52; 79; 80]. These enviroments are also rich in free electrons and the molecular ions are often destroyed by dissociative recombination with low energy ele ...
ABSTRACT ADIABATIC QUANTUM COMPUTATION: NOISE IN THE ADIABATIC THEOREM AND USING THE JORDAN-WIGNER
... We show our theorems make correct predictions about the error of the adiabatic approximation. Finally we apply the new theorems to the superconducting flux qubit [40], which has been proposed for AQC [28]. We use our theorems to determine a range of evolution times where the adiabatic approximation ...
... We show our theorems make correct predictions about the error of the adiabatic approximation. Finally we apply the new theorems to the superconducting flux qubit [40], which has been proposed for AQC [28]. We use our theorems to determine a range of evolution times where the adiabatic approximation ...
Universal quantum simulation with prethreshold superconducting qubits: Single-excitation subspace method
... quantum computer based on the surface code [41,42] is beginning to emerge [43]. The surface code is the most practical, best performing fault-tolerant approach known to date, and is especially amenable to implementation with superconducting circuit technology. However, the resources required for a p ...
... quantum computer based on the surface code [41,42] is beginning to emerge [43]. The surface code is the most practical, best performing fault-tolerant approach known to date, and is especially amenable to implementation with superconducting circuit technology. However, the resources required for a p ...
Visualizing the Coupling between Red and Blue Stark States
... measured distributions) reproduce the essential features, i.e., the minimum in the radial distribution for the (34, 1, 32, 0) state and its larger radial extension. Photoabsorption cross sections were computed by Fourier transforming the auto-correlation hψðt ¼ 0ÞjψðtÞi [29]. Stark maps were obtaine ...
... measured distributions) reproduce the essential features, i.e., the minimum in the radial distribution for the (34, 1, 32, 0) state and its larger radial extension. Photoabsorption cross sections were computed by Fourier transforming the auto-correlation hψðt ¼ 0ÞjψðtÞi [29]. Stark maps were obtaine ...
First-Principles Studies of Surface Phonons and Electronic
... a surface dipole moment which in turn yields a substantially lowered work function. Furthermore, a variety of alkali induced electronic states emerge at the surface/interface, such as quantum well states and surface resonances. At saturation coverage of Cs on Cu(111) a not previously reported Cs ind ...
... a surface dipole moment which in turn yields a substantially lowered work function. Furthermore, a variety of alkali induced electronic states emerge at the surface/interface, such as quantum well states and surface resonances. At saturation coverage of Cs on Cu(111) a not previously reported Cs ind ...
Complete Lecture Notes
... By the turn of the 19th century, classical physics had reached its summit. The nature and motion of particles and matter was properly accounted for. Newtonian mechanics was put in a solid mathematical framework (Lagrange, Hamilton) and the properties of radiation was covered by Maxwell’s equations. ...
... By the turn of the 19th century, classical physics had reached its summit. The nature and motion of particles and matter was properly accounted for. Newtonian mechanics was put in a solid mathematical framework (Lagrange, Hamilton) and the properties of radiation was covered by Maxwell’s equations. ...
Topology of electronic bands and Topological Order
... For ν = 1/3: unique ground state on the sphere but 3-fold degenerate ground state on the torus. In general FQHE ...
... For ν = 1/3: unique ground state on the sphere but 3-fold degenerate ground state on the torus. In general FQHE ...