Shock and Discontinuity Normals, Mach Numbers, and Related
... flows and which effects an irreversible (i.e., entropy-increasing) transition via dissipation of some sort. At the macroscopic level, the shock must conserve total mass, momentum, and energy fluxes, together with an obeyance of Maxwell’s equations. Adopting a particular macroscopic framework, such a ...
... flows and which effects an irreversible (i.e., entropy-increasing) transition via dissipation of some sort. At the macroscopic level, the shock must conserve total mass, momentum, and energy fluxes, together with an obeyance of Maxwell’s equations. Adopting a particular macroscopic framework, such a ...
Theoretical and observational consistency of Massive Gravity
... and study explicitly the stability of the graviton potential when including matter and graviton loops based on our work in de Rham et al.. The analysis of the one-loop matter quantum corrections reveals that the potential remains unaffected since they contribute only in form of a cosmological consta ...
... and study explicitly the stability of the graviton potential when including matter and graviton loops based on our work in de Rham et al.. The analysis of the one-loop matter quantum corrections reveals that the potential remains unaffected since they contribute only in form of a cosmological consta ...
Normandeau Associates et al. 2011
... 3. Literature Search and Information Gathering Results (Task 1) ...............................................29 3.1 Existing and Proposed Undersea Power Cables ............................................................29 3.2 Magnetosensitive and Electrosensitive Marine Species .................. ...
... 3. Literature Search and Information Gathering Results (Task 1) ...............................................29 3.1 Existing and Proposed Undersea Power Cables ............................................................29 3.2 Magnetosensitive and Electrosensitive Marine Species .................. ...
Few-body physics in ultracold Fermi gases
... the quantum mechanical three-body problem which are necessary to understand the experiments and their interpretation described in the later course of this thesis. Efimov’s scenario which predicts an infinite number of bound states for resonant two-body interactions is discussed and important results ...
... the quantum mechanical three-body problem which are necessary to understand the experiments and their interpretation described in the later course of this thesis. Efimov’s scenario which predicts an infinite number of bound states for resonant two-body interactions is discussed and important results ...
Tunneling from a correlated two-dimensional electron system transverse to a... * T. Sharpee and M. I. Dykman P. M. Platzman
... a 2D wave vector k. We chose the equilibrium in-plane position of the tunneling electron to be at the origin. Then its in-plane 2D momentum is p⫽N ⫺1/2兺 pkj for B⫽0. The interaction Hamiltonian H B 共4兲 does not conserve the phonon quasimomentum k. The Hall momentum of the tunneling electron is trans ...
... a 2D wave vector k. We chose the equilibrium in-plane position of the tunneling electron to be at the origin. Then its in-plane 2D momentum is p⫽N ⫺1/2兺 pkj for B⫽0. The interaction Hamiltonian H B 共4兲 does not conserve the phonon quasimomentum k. The Hall momentum of the tunneling electron is trans ...
PDF 3.1 MB - Department of Physics
... times, the stimulating discussions, and all the money. I also feel close to my lab group. The members have changed over the years, but the camaraderie has stayed the same. When I joined the group there were three other graduate students and one post-doc. I worked primarily with Joe and Andrey in the ...
... times, the stimulating discussions, and all the money. I also feel close to my lab group. The members have changed over the years, but the camaraderie has stayed the same. When I joined the group there were three other graduate students and one post-doc. I worked primarily with Joe and Andrey in the ...
J. J. Thomson and The Electron: 1897–1899 An Introduction
... however, is that I can use it to show students what is involved in doing science. I know of no paper that better displays the problem of marshaling evidence in the early stages of theory construction. The key experiments in this paper proceed from the working hypothesis that cathode rays consist of ...
... however, is that I can use it to show students what is involved in doing science. I know of no paper that better displays the problem of marshaling evidence in the early stages of theory construction. The key experiments in this paper proceed from the working hypothesis that cathode rays consist of ...
The Plasma Magnet - NASA`s Institute for Advanced Concepts
... a Newton of more of thrust (or a megawatt of thrust power) is desired. The main difficulty with this approach to capturing the solar wind is the inflation of the relatively minuscule dipole field. The conditions required for inflation can be readily derived [8], but it can be seen that the magnetosp ...
... a Newton of more of thrust (or a megawatt of thrust power) is desired. The main difficulty with this approach to capturing the solar wind is the inflation of the relatively minuscule dipole field. The conditions required for inflation can be readily derived [8], but it can be seen that the magnetosp ...
Reversible Logic Synthesis with Cascades of New Gate Family
... far from minimum and have no relation to quantum realization. Since 2001 Al-Rabadi et al proposed Galois Field approach to quantum logic synthesis (see [3-6, 34]). In this work Galois quantum matrices were proposed for swap and Toffoli gates, but without the proof that they can be built from only 1* ...
... far from minimum and have no relation to quantum realization. Since 2001 Al-Rabadi et al proposed Galois Field approach to quantum logic synthesis (see [3-6, 34]). In this work Galois quantum matrices were proposed for swap and Toffoli gates, but without the proof that they can be built from only 1* ...
Spin-Orbit Coupling in Free-Radical Reactions
... some transitory charge movement occurs. This movement of charge can be interpreted as the source of a "transition" orbital momentum and has analogy to an atom, where despite the absence of a permanent dipole momentum, electronic dipole transitions may occur between states of different parity as the ...
... some transitory charge movement occurs. This movement of charge can be interpreted as the source of a "transition" orbital momentum and has analogy to an atom, where despite the absence of a permanent dipole momentum, electronic dipole transitions may occur between states of different parity as the ...
