Manipulating Entanglement with atoms and photons in a boxWe summarize recent experiments on entanglement, quantum logic, quantum measurement, complementarity and decoherence performed with photons and atoms in cavities.doi:10.1007/978-1-4419-8907-9_15S. Haroche...
Manipulating image information with pyramids (A) Manipulating the quantum state of an electrical circuit. Manipulating entanglement with atoms and photons in a cavity Device or apparatus for manipulating matter Device or apparatus for manipulating matter ...
1. We model each subwavelength meta-atom by a single dynamical degree of freedom describing the electric-dipole moment associated with its (non-degenerate) fundamental eigenmode with resonant frequency ω0. These meta-atoms are then oriented such that their dipole moments point normal to the plane...
First of all, it should be noted that the magnetic susceptibility of most natural materials is very small compared to the dielectric susceptibil- ity of these materials, thus limiting the interaction of atoms to the electric component of the electromagnetic (EM) wave, leaving the magnetic ...
First of all, it should be noted that the magnetic susceptibility of most natural materials is very small compared to the dielectric susceptibil- ity of these materials, thus limiting the interaction of atoms to the electric component of the electromagnetic (EM) wave, leaving the magnetic ...
6.1 Thermalized atoms; the Boltzmann equation 78 6.2 The radiative rate equations 79 6.3 The ...
Because of losses in the metal (essentially Ohmic losses), the resonances are much broader than those usually found in spectroscopy on atoms and molecules, with quality factors around Q~10 (for example, see Figure 6A). Metals such as aluminum, gold, and silver are commonly used in plasmonics...
As a parallelism in terahertz regimes to the above work, the delicate metasurfaces with meta-atoms capable of converting chirality of the circular polarization and imposing dynamic phase were designed recently by Wang et al. [64], and the manipulations of the spoof surface plasmons corresponding ...
By spatially overlapping the Cs-atoms from a magneto optical trap (MOT) with the nanofiber, the fluorescence photons coupled to the guide mode are detected at one end of the fiber. Two kinds of experiments are carried out. One is to observe MOT fluorescence through the nanofiber and the ...
With cold atoms confined in the two-dimensional magneto-optical trap, whose optical depth is controllable in our system, optical precursor and free-induction decay both classified as optical transients are observed in a single experiment with different conditions. Moreover, the information velocity ...