29 research outputs found
Inter-isotope determination of ultracold rubidium interactions from three high-precision experiments
Combining the measured binding energies of four of the most weakly bound
rovibrational levels of the Rb molecule with the results of two
other recent high-precision rubidium experiments, we obtain exceptionally
strong constraints on the atomic interaction parameters in a highly model
independent analysis. The comparison of Rb and Rb data, where the
two isotopes are related by a mass scaling procedure, plays a crucial role.
Using the consistent picture of the interactions that thus arises we are led to
predictions for scattering lengths, clock shifts, Feshbach resonance fields and
widths with an unprecedented level of accuracy. To demonstrate this, we predict
two Feshbach resonances in mixed-spin scattering channels at easily accessible
magnetic field strengths, which we expect to play a role in the damping of
coherent spin oscillations
Argon-Xenon-Pulslaser
Title from NCLC caption card.Attribution to Hine based on provenance.In album: Mills.Hine no. 4284
Accurate computation of above threshold ionization spectra for stretched in strong laser fields
An Analysis of Multihadronic Events Produced With 2 Energetic Leptons In E+e- Annihilation
An Analysis of Multihadronic Events Produced With 2 Energetic Leptons In E+e- Annihilatio
The Ks0 Ks0 Final-state In Gamma-gamma Interactions
The Ks0 Ks0 Final-state In Gamma-gamma Interaction
Alpha-2 (1320) and Pi-2 (1670) Formation In the Reaction Gamma-gamma-]pi+pi-pi-0
Alpha-2 (1320) and Pi-2 (1670) Formation In the Reaction Gamma-gamma-]pi+pi-pi-