The Nobel Prize in Physics 1901-2000
... In the beginning of the century, Maxwell's equations had already existed for several decades, but many questions remained unanswered: what kind of medium propagated electromagnetic radiation (including light) and what carriers of electric charges were responsible for light emission? Albert A. Michel ...
... In the beginning of the century, Maxwell's equations had already existed for several decades, but many questions remained unanswered: what kind of medium propagated electromagnetic radiation (including light) and what carriers of electric charges were responsible for light emission? Albert A. Michel ...
637_diffusion
... of marked particles emitted from a source. Although the basic equations describing turbulent diffusion are available, there does not exist a single mathematical model that can be used as a practical means of computing atmospheric concentrations over all ranges of conditions. • The deciding factor in ...
... of marked particles emitted from a source. Although the basic equations describing turbulent diffusion are available, there does not exist a single mathematical model that can be used as a practical means of computing atmospheric concentrations over all ranges of conditions. • The deciding factor in ...
The permutation gates combined with the one
... questions about the physical implementation and behaviour of such devices. The goal of quantum control can be stated concisely as: The goal is to find the shortest path between the identity transformation and the point in the Hilbert space corresponding with the desired quantum gate [4]. ...
... questions about the physical implementation and behaviour of such devices. The goal of quantum control can be stated concisely as: The goal is to find the shortest path between the identity transformation and the point in the Hilbert space corresponding with the desired quantum gate [4]. ...
Steven Simon
... Two (or more) quasiparticles can exist in more than one state… described by a quantum number, ex 0 or 1 ...
... Two (or more) quasiparticles can exist in more than one state… described by a quantum number, ex 0 or 1 ...
Geometrical Wake of a Smooth Flat Collimator - SLAC
... k = co/c= cr;’, and l is the length of the collimator, the energy loss of the beam due to the radiation in the collimator is small [1]. This results in the real part of the impedance being much smaller than its real part, and, in the first approximation, the real part can be neglected. In this appro ...
... k = co/c= cr;’, and l is the length of the collimator, the energy loss of the beam due to the radiation in the collimator is small [1]. This results in the real part of the impedance being much smaller than its real part, and, in the first approximation, the real part can be neglected. In this appro ...
A Tunable Kondo Effect in Quantum Dots
... accessible experimentally, Γ is made as large as possible by setting the gate voltages Vg such that the broadened CB oscillations in Fig. 2A slightly overlap. This implies that Γ ~ ∆ where ∆ is the single particle level spacing measured as 0.1 meV and 0.15 meV in dots 1 and 2 respectively (16). The ...
... accessible experimentally, Γ is made as large as possible by setting the gate voltages Vg such that the broadened CB oscillations in Fig. 2A slightly overlap. This implies that Γ ~ ∆ where ∆ is the single particle level spacing measured as 0.1 meV and 0.15 meV in dots 1 and 2 respectively (16). The ...
Terrestrial Energy Frontier: TEVATRON Searches for Higgs and Supersymmetry
... colliding beams of protons or anti-protons heavy, so no synchrotron radiation ...
... colliding beams of protons or anti-protons heavy, so no synchrotron radiation ...
Chern-Simons theory and Weyl quantization
... freely in the phase space R2. According to W. Heisenberg we pass from classical to quantum mechanics by replacing • phase space 7! Hilbert space • functions on the phase space 7! linear operators on the Hilbert space Hamilton’s equation turns into Schroedinger’s equation. ...
... freely in the phase space R2. According to W. Heisenberg we pass from classical to quantum mechanics by replacing • phase space 7! Hilbert space • functions on the phase space 7! linear operators on the Hilbert space Hamilton’s equation turns into Schroedinger’s equation. ...
doc - StealthSkater
... happens? Magnetic flux conservation does not allow to assign magnetic flux to the stringy curves now. The analogy with field lines gravitational scalar potential suggests a possible answer. All wormhole throats would act as sources for these lines identifiable as field lines of a gradient vector fie ...
... happens? Magnetic flux conservation does not allow to assign magnetic flux to the stringy curves now. The analogy with field lines gravitational scalar potential suggests a possible answer. All wormhole throats would act as sources for these lines identifiable as field lines of a gradient vector fie ...