Electrostatic lattice with alternating
... The algorithm used in the program is not as fast as COSY Infinity by several orders of magnitude. Therefore, we use it mostly to investigate a short-time phenomenon for single particle that does not ...
... The algorithm used in the program is not as fast as COSY Infinity by several orders of magnitude. Therefore, we use it mostly to investigate a short-time phenomenon for single particle that does not ...
Dynamic method to distinguish between left- and right
... space of three levels with all the optical coupling resonant to the corresponding transition. (iii) Different chiral molecules can be separated spatially; here, we only focus on how to distinguish different chiral molecules according to the different final states as in Ref. [17, 18]. The present pro ...
... space of three levels with all the optical coupling resonant to the corresponding transition. (iii) Different chiral molecules can be separated spatially; here, we only focus on how to distinguish different chiral molecules according to the different final states as in Ref. [17, 18]. The present pro ...
A study of the structure and bonding of small aluminum oxide
... For the Al2Oy clusters, both Al2O and Al2O2 were observed by mass spectrometry in the vapor above Al2O3 .56 More recent studies have also used mass spectrometry to characterize aluminum oxide clusters.57 Various matrix isolation experiments, on species formed by the reaction of aluminum with oxygen ...
... For the Al2Oy clusters, both Al2O and Al2O2 were observed by mass spectrometry in the vapor above Al2O3 .56 More recent studies have also used mass spectrometry to characterize aluminum oxide clusters.57 Various matrix isolation experiments, on species formed by the reaction of aluminum with oxygen ...
2003
... A current frontier in the field of ultracold gases is the study of ultracold molecules. In 2003, several groups succeeded in converting ultracold atoms into ultracold molecules by magnetically tuning a molecular level close to zero binding energy (Feshbach resonance). Atoms can then form molecules w ...
... A current frontier in the field of ultracold gases is the study of ultracold molecules. In 2003, several groups succeeded in converting ultracold atoms into ultracold molecules by magnetically tuning a molecular level close to zero binding energy (Feshbach resonance). Atoms can then form molecules w ...
Theory of quantum light emission from a strongly
... excitation, so that Ê(R, ω ) = ε0−1 K(R, rd ; ω ) · d̂(ω )/(1 − n · K(rd , rd ; ω ) · n α (ω )), where we have introduced a dipole operator term d̂(ω ) = −iμ [σ̂ − (t = 0)/(ω − ωx ) + σ̂ + (t = 0)/(ω + ωx )] and a bare polarizability amplitude α (ω ) = 2μ 2 ωx /[h̄ε0 (ω 2 − ωx2 )]; ωx is the excit ...
... excitation, so that Ê(R, ω ) = ε0−1 K(R, rd ; ω ) · d̂(ω )/(1 − n · K(rd , rd ; ω ) · n α (ω )), where we have introduced a dipole operator term d̂(ω ) = −iμ [σ̂ − (t = 0)/(ω − ωx ) + σ̂ + (t = 0)/(ω + ωx )] and a bare polarizability amplitude α (ω ) = 2μ 2 ωx /[h̄ε0 (ω 2 − ωx2 )]; ωx is the excit ...
Gigahertz frequency comb offset stabilization
... tellurite glasses, Si3N4 has the additional benefit of being compatible with the complementary metal-oxide-semiconductor (CMOS) fabrication techniques, which are widely used in industry. Compact and robust Si3N4 waveguides can be produced at low costs on wafer scale using standard deposition and lit ...
... tellurite glasses, Si3N4 has the additional benefit of being compatible with the complementary metal-oxide-semiconductor (CMOS) fabrication techniques, which are widely used in industry. Compact and robust Si3N4 waveguides can be produced at low costs on wafer scale using standard deposition and lit ...
