Superconducting Qubits and the Physics of Josephson Junctions
... for a quantum computer[1]. This system is attractive because the low dissipation inherent to superconductors make possible, in principle, long coherence times. In addition, because complex superconducting circuits can be microfabricated using integrated-circuit processing techniques, scaling to a la ...
... for a quantum computer[1]. This system is attractive because the low dissipation inherent to superconductors make possible, in principle, long coherence times. In addition, because complex superconducting circuits can be microfabricated using integrated-circuit processing techniques, scaling to a la ...
Physical Chemistry 3: — Chemical Kinetics
... • Atoms and molecules localized on fixed lattice positions. • Reaction rate is determined by rate of diffusion (“hopping”) of the atoms and molecules via vacancies (unoccupied lattice positions, “Fehlstellen”) or interstitial sites (“Zwischengitterplätze”). • Hopping from one lattice position to anot ...
... • Atoms and molecules localized on fixed lattice positions. • Reaction rate is determined by rate of diffusion (“hopping”) of the atoms and molecules via vacancies (unoccupied lattice positions, “Fehlstellen”) or interstitial sites (“Zwischengitterplätze”). • Hopping from one lattice position to anot ...
Chapter 5 Experimental Apparatus II
... to suppression of the absorption of rescattered light in the MOT. The second-hand absorption of photons that have already been spontaneously scattered by MOT atoms, or “radiation trapping,” leads to temperature and density limitations in free-space MOTs [Sesko91; Ellinger94]. These rescattering even ...
... to suppression of the absorption of rescattered light in the MOT. The second-hand absorption of photons that have already been spontaneously scattered by MOT atoms, or “radiation trapping,” leads to temperature and density limitations in free-space MOTs [Sesko91; Ellinger94]. These rescattering even ...
SENSITIZATION OF LANTHANIDE IONS BY TRIARYLBORON FUNCTIONALIZED B-DIKETONES
... Figure 1.9 The HOMO and LUMO diagrams of the triarylboron functionalized dbm and ppy Pt complex.60 ................................................................................................................................................... 14 Figure 1.10 The synthesis of dbm-BF2 as reported b ...
... Figure 1.9 The HOMO and LUMO diagrams of the triarylboron functionalized dbm and ppy Pt complex.60 ................................................................................................................................................... 14 Figure 1.10 The synthesis of dbm-BF2 as reported b ...
Fragmentation Dynamics of Small Molecules upon
... or iodine, such that photoabsorption is almost exclusively localized at the core-shells of these heavy atoms. By comparing the level of ionization for the molecules containing selenium or iodine with results on isolated krypton and xenon atoms, signatures of efficient charge redistribution within th ...
... or iodine, such that photoabsorption is almost exclusively localized at the core-shells of these heavy atoms. By comparing the level of ionization for the molecules containing selenium or iodine with results on isolated krypton and xenon atoms, signatures of efficient charge redistribution within th ...
Physical Chemistry 3: — Chemical Kinetics - Christian
... • Solid state reactions are usually very slow. • Reaction rates in solids are determined by rate of diffusion (“hopping”) of the atoms and molecules via vacancies (unoccupied lattice positions, “Fehlstellen”) or interstitial sites (“Zwischengitterplätze”). • Concentration of vacancies and interstitia ...
... • Solid state reactions are usually very slow. • Reaction rates in solids are determined by rate of diffusion (“hopping”) of the atoms and molecules via vacancies (unoccupied lattice positions, “Fehlstellen”) or interstitial sites (“Zwischengitterplätze”). • Concentration of vacancies and interstitia ...
A study of the electron structure of endohedrally confined atoms
... leading σ = 0.57 Å to the C60 cage. This choice is rather arbitrary, and there are other possibilities. One eventually could more naturally utilize the volume element in spherical coordinates, r 2 dr. However, in such a case the value of σ practically does not change, leading to the similar results ...
... leading σ = 0.57 Å to the C60 cage. This choice is rather arbitrary, and there are other possibilities. One eventually could more naturally utilize the volume element in spherical coordinates, r 2 dr. However, in such a case the value of σ practically does not change, leading to the similar results ...
Nanoscale Resonance Energy Transfer
... of this which do not have analytical closed forms and cannot be efficiently sampled. Phase-type distributions, which Resonance Energy Transfer (RET) networks physically realize, are a complete basis set from which any other distribution can be synthesized. Analogous to how a sine/cosine basis set ca ...
... of this which do not have analytical closed forms and cannot be efficiently sampled. Phase-type distributions, which Resonance Energy Transfer (RET) networks physically realize, are a complete basis set from which any other distribution can be synthesized. Analogous to how a sine/cosine basis set ca ...
Site-resolved imaging of a fermionic Mott insulator
... by an extended region in µ/U with constant occupation ndet = 1 and a strongly reduced variance. Because in this regime the total and detected fillings are approximately equal (see Fig. 1B, right panel), the compressibility in the range just below half-filling (µ < U/2) can be obtained from κ = ∂ndet ...
... by an extended region in µ/U with constant occupation ndet = 1 and a strongly reduced variance. Because in this regime the total and detected fillings are approximately equal (see Fig. 1B, right panel), the compressibility in the range just below half-filling (µ < U/2) can be obtained from κ = ∂ndet ...
THE DIFFUSION MECHANISM OF HYDROCARBONS IN... Jirong Xiao B.S., East China Institute of Chemical Technology
... Tronsition State Selectivity ...
... Tronsition State Selectivity ...
S U P E R -R E S O LV... Scientific Background on the Nobel Prize in Chemistry 2014
... (Gustafsson, 2005). These methods can be used when the fluorescing regions contain ensembles of fluorophores as well as single fluorophores and are therefore generically referred to as “Super-resolved ensemble fluorophore microscopy”. Their common denominator is that saturation of the excitation pea ...
... (Gustafsson, 2005). These methods can be used when the fluorescing regions contain ensembles of fluorophores as well as single fluorophores and are therefore generically referred to as “Super-resolved ensemble fluorophore microscopy”. Their common denominator is that saturation of the excitation pea ...
Franck–Condon principle
The Franck–Condon principle is a rule in spectroscopy and quantum chemistry that explains the intensity of vibronic transitions. Vibronic transitions are the simultaneous changes in electronic and vibrational energy levels of a molecule due to the absorption or emission of a photon of the appropriate energy. The principle states that during an electronic transition, a change from one vibrational energy level to another will be more likely to happen if the two vibrational wave functions overlap more significantly.