Spectroscopy – I. Gratings and Prisms
... If we could see the whole spectrum (radio to γ–ray), then every order would completely overlap with every other order. In reality, of course, many effects limit what we can see/measure. For example, the atmosphere will eliminate most photons at shorter wavelengths than about 340nm – as well as large ...
... If we could see the whole spectrum (radio to γ–ray), then every order would completely overlap with every other order. In reality, of course, many effects limit what we can see/measure. For example, the atmosphere will eliminate most photons at shorter wavelengths than about 340nm – as well as large ...
Three-dimensional cavity Doppler cooling and cavity sideband cooling.
... spontaneous emission of radiation by an atom is significantly altered inside a resonator 关1兴. This effect can be understood either as being due to the frequency dependence of the electromagnetic mode density inside the resonator or as resulting from the interaction of the oscillating dipole with its ...
... spontaneous emission of radiation by an atom is significantly altered inside a resonator 关1兴. This effect can be understood either as being due to the frequency dependence of the electromagnetic mode density inside the resonator or as resulting from the interaction of the oscillating dipole with its ...
Determination of the water vapor continuum absorption by THz
... [13]. Our THz-TDS long-path setup minimizes the systematic uncertainty from adsorption on chamber elements, having less than 0.4% double pass amplitude loss on 100 nm thick water layers on two mirrors with 45 degree incident angle and essentially no loss with normal incidence on the other eight mirr ...
... [13]. Our THz-TDS long-path setup minimizes the systematic uncertainty from adsorption on chamber elements, having less than 0.4% double pass amplitude loss on 100 nm thick water layers on two mirrors with 45 degree incident angle and essentially no loss with normal incidence on the other eight mirr ...
Construction of a Fermi Gas Microscope for Fermionic Atoms
... levels, the eigenstates become as shown in (b): eigenstates have to be labelled not only by their F and mF values, but also the number of RF photons in the system. At a radius r0 , the curves intersect, as the RF was resonant with the Larmor transition at this radius. When we take into account the c ...
... levels, the eigenstates become as shown in (b): eigenstates have to be labelled not only by their F and mF values, but also the number of RF photons in the system. At a radius r0 , the curves intersect, as the RF was resonant with the Larmor transition at this radius. When we take into account the c ...
Polarization and angle dependence for hyper-Rayleigh scattering from local
... in solution.1,2 The first hyperpolarizability  describing the second-order nonlinear response of a molecule is a third-rank tensor and usually has many independent components. Recently a number of schemes for extracting up to six independent pieces of information about the components of  from HRS ...
... in solution.1,2 The first hyperpolarizability  describing the second-order nonlinear response of a molecule is a third-rank tensor and usually has many independent components. Recently a number of schemes for extracting up to six independent pieces of information about the components of  from HRS ...
Fabrication and Nonlinear Refractive Index Measurement of
... silver nanoparticles is another applications of these particles. The novel chitin/nanosilver composite scaffolds have been produced using chitin hydrogel with silver nanoparticles. These scaffolds were also found to have great blood clotting power, which will be useful for wound healing applications ...
... silver nanoparticles is another applications of these particles. The novel chitin/nanosilver composite scaffolds have been produced using chitin hydrogel with silver nanoparticles. These scaffolds were also found to have great blood clotting power, which will be useful for wound healing applications ...
Creation of Ultracold RbCs Ground
... This requires us to cool two clouds of 87 Rb and 133 Cs separately and merge the clouds afterwards. After overlapping the BECs, we produce weakly bound RbCs molecules using the Feshbach-association technique. We transfer the molecules from the weakly bound state to the lowest vibrational and rotatio ...
... This requires us to cool two clouds of 87 Rb and 133 Cs separately and merge the clouds afterwards. After overlapping the BECs, we produce weakly bound RbCs molecules using the Feshbach-association technique. We transfer the molecules from the weakly bound state to the lowest vibrational and rotatio ...
Bragg spectroscopy of quantum gases: Exploring physics in one
... which weakly perturbs the system, and creates excitations with momentum and energy that can be tuned independently. Thus, via Bragg spectroscopy, it is possible to investigate the elementary excitations of the system, which are useful for describing the strongly-correlated dynamics (e.g., using Gree ...
... which weakly perturbs the system, and creates excitations with momentum and energy that can be tuned independently. Thus, via Bragg spectroscopy, it is possible to investigate the elementary excitations of the system, which are useful for describing the strongly-correlated dynamics (e.g., using Gree ...
Sources of Photonic Entanglement for Applications in Space ICFO-INSTITUT DE CI `
... its individual constituents to correlations between them. This leads to nonlocal correlations between possibly distant information carriers, which can be stronger than those allowed by any theory that is based on the assumption that quantum measurements merely uncover pre-determined local properties ...
... its individual constituents to correlations between them. This leads to nonlocal correlations between possibly distant information carriers, which can be stronger than those allowed by any theory that is based on the assumption that quantum measurements merely uncover pre-determined local properties ...