Modeling quantum fluid dynamics at nonzero temperatures
... where θ satisfies the differential form dθ = k · dx − ωdt and the relationship between the small parameters δ and e determines the distinction between collisionless ðe2 δ e 1Þ and collision-dominating regimes ðδ e4 1Þ. In the collisionless regime the Vlasov wave equation emerges, describin ...
... where θ satisfies the differential form dθ = k · dx − ωdt and the relationship between the small parameters δ and e determines the distinction between collisionless ðe2 δ e 1Þ and collision-dominating regimes ðδ e4 1Þ. In the collisionless regime the Vlasov wave equation emerges, describin ...
Large-N Limit as a Classical Limit: Baryon Two-dimensional QCD and Multi-Matrix Models
... observables vanish. The large-dimension limit for rotation-invariant variables in atomic physics is given as an example of a classical limit for vector models. The baryon is studied in Rajeev’s reformulation of two-dimensional QCD in the large-N limit: a bilocal classical field theory for color-sing ...
... observables vanish. The large-dimension limit for rotation-invariant variables in atomic physics is given as an example of a classical limit for vector models. The baryon is studied in Rajeev’s reformulation of two-dimensional QCD in the large-N limit: a bilocal classical field theory for color-sing ...
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... mine without the guidance and support from many people. My personal journey started in the summer of 2000 when Wolfgang Ketterle offered me the opportunity to join his group at MIT. In Wolfgang, one could not have asked for a better research advisor. He has perhaps the most trusting style of managin ...
... mine without the guidance and support from many people. My personal journey started in the summer of 2000 when Wolfgang Ketterle offered me the opportunity to join his group at MIT. In Wolfgang, one could not have asked for a better research advisor. He has perhaps the most trusting style of managin ...
Review of Cold Rydberg Atoms and Their Applications
... often referred to as “trilobite molecules” (see Fig. 2(b)), is predicted. These molecules possess permanent electric dipole moments given by µ = R − n2 /2 (atomic unit), albeit the fact that they are homonuclear diatomic molecules [26]. Another kind of, and even more exotic, Rydberg molecule exists ...
... often referred to as “trilobite molecules” (see Fig. 2(b)), is predicted. These molecules possess permanent electric dipole moments given by µ = R − n2 /2 (atomic unit), albeit the fact that they are homonuclear diatomic molecules [26]. Another kind of, and even more exotic, Rydberg molecule exists ...
INTRO TO NON-EQUILIBRIUM 2PI EFFECTIVE ACTION
... problem not specific for quantum dynamics fluctuations: quantum and/or statistical ⇒ consider also classical statistical field theory ...
... problem not specific for quantum dynamics fluctuations: quantum and/or statistical ⇒ consider also classical statistical field theory ...
Brownian functionals in Physics and Computer Science
... who first realized9 that the statistical properties of onedimensional Brownian functionals can be studied by cleverly using the path integral method devised by Feynman in his unpublished Ph D thesis at Princeton. This observation of Kac thus took Einstein’s classical diffusion process into yet anoth ...
... who first realized9 that the statistical properties of onedimensional Brownian functionals can be studied by cleverly using the path integral method devised by Feynman in his unpublished Ph D thesis at Princeton. This observation of Kac thus took Einstein’s classical diffusion process into yet anoth ...
Colloquium: Multiparticle quantum superpositions and the quantum
... maps are just two among a large variety of examples realizing the effects of the essential limitations imposed by quantum mechanics on measurements and estimations. In spite of the fact that these quantum-mechanical transformations on unknown qubits cannot be performed exactly, one may still ask wha ...
... maps are just two among a large variety of examples realizing the effects of the essential limitations imposed by quantum mechanics on measurements and estimations. In spite of the fact that these quantum-mechanical transformations on unknown qubits cannot be performed exactly, one may still ask wha ...
Atomic Physics Division Fachverband - DPG
... of the correlated final spin system. Explicit spin-dependent interactions are neglected and electron exchange only is taken into account. It is shown that the final spin system is completely characterized by a single spin correlation parameter depending on scattering angle and energy. Its numerical ...
... of the correlated final spin system. Explicit spin-dependent interactions are neglected and electron exchange only is taken into account. It is shown that the final spin system is completely characterized by a single spin correlation parameter depending on scattering angle and energy. Its numerical ...
Exercises - RACHEL
... Some ideas in science gain the status of theories. A scientific theory is a broad explanation that is widely accepted because it is supported by a great deal of evidence. An example is the kinetic theory of matter. According to this theory, all matter consists of tiny particles that are in constant ...
... Some ideas in science gain the status of theories. A scientific theory is a broad explanation that is widely accepted because it is supported by a great deal of evidence. An example is the kinetic theory of matter. According to this theory, all matter consists of tiny particles that are in constant ...
Physics - Leaving Certificate Teachers Reference Handbook (PDF
... student investigates and verifies them at the laboratory bench. While experiments should be carried out as rigorously as the available apparatus will allow, the principles should be illustrated as simply as possible. For example, an acceptable value for the acceleration due to gravity can be obtaine ...
... student investigates and verifies them at the laboratory bench. While experiments should be carried out as rigorously as the available apparatus will allow, the principles should be illustrated as simply as possible. For example, an acceptable value for the acceleration due to gravity can be obtaine ...
Strong luminescence quantum-efficiency enhancement near prolate
... The modifications of the radiative decay rate ⌫R and the total decay rate ⌫tot of a dipole emitter in close proximity to either a spherical or a prolate metal nanoparticle can be calculated with the improved GN model.15 In this model, the decay rate modifications are calculated based on a two-step a ...
... The modifications of the radiative decay rate ⌫R and the total decay rate ⌫tot of a dipole emitter in close proximity to either a spherical or a prolate metal nanoparticle can be calculated with the improved GN model.15 In this model, the decay rate modifications are calculated based on a two-step a ...
Quantum Information Processing
... Any classical system is always in one of a defined set of states. For example, a perfect classical bit is actually in state zero or state one at any time; the two possibilities are mutually exclusive. However, as will be seen, a quantum system can exist in what might be termed a schizophrenic state, ...
... Any classical system is always in one of a defined set of states. For example, a perfect classical bit is actually in state zero or state one at any time; the two possibilities are mutually exclusive. However, as will be seen, a quantum system can exist in what might be termed a schizophrenic state, ...
Surface Enhanced Raman Scattering Spectroscopy
... conventional understanding of SERS and provide some key evidence to the interpretation of the mechanism. In addition this 15 orders of magnitude even enables us to study the Raman spectroscopy of the single molecule, which is not only a powerful spectroscopic tool but also gives us more insight abou ...
... conventional understanding of SERS and provide some key evidence to the interpretation of the mechanism. In addition this 15 orders of magnitude even enables us to study the Raman spectroscopy of the single molecule, which is not only a powerful spectroscopic tool but also gives us more insight abou ...
Spin-Mediated Consciousness: Theory, Experimental Studies
... necessary neural components and wirings such as coherent neural firings, neurotransmitter releases and neural plasticity to support any realistic quantum activities of the brain. The situation is much like that in quantum computation where classical components form the supporting system of a quantum ...
... necessary neural components and wirings such as coherent neural firings, neurotransmitter releases and neural plasticity to support any realistic quantum activities of the brain. The situation is much like that in quantum computation where classical components form the supporting system of a quantum ...
Consciousness in the universe A review of the ‘Orch OR’ theory ScienceDirect
... [21], and also propagate through brain regions as synchronized zones [22]. Does precise synchrony require electrical synapses (‘gap junctions’) and/or quantum entanglement? Does synchrony reflect discrete, unified conscious moments? ‘Non-computability’ and causal agency As shown by Gödel’s theorem, ...
... [21], and also propagate through brain regions as synchronized zones [22]. Does precise synchrony require electrical synapses (‘gap junctions’) and/or quantum entanglement? Does synchrony reflect discrete, unified conscious moments? ‘Non-computability’ and causal agency As shown by Gödel’s theorem, ...