The collision induced dissociation of aluminum clusters Al sub n sup + (n=3-26) by argon, at a center of mass collision energy of 5.25eV, has been studied using a low energy ion beam apparatus.
We study an isolated soliton collision of two QPSK modulated 1st order solitons having ±6 GHz frequency offset in simulation and experiment.
Hanle resonances for coherent four-wave mixing in the ground state of Na are reported, whose intensity increases and whose linewidth decreases with increasing inert buffer gas pressure.
The formula for the time shift of a dispersion-managed soliton that results from its collision with other solitons in different channels consists of two terms, one related to the frequency shift du
We carry out a simple calculation of the rate at which atoms confined within an atom trap are kicked out of the trap by elastic collisions with background gas molecules.
We have extended our understanding of the coupling of gas-surface collisions to the electronic degrees of freedom of a solid.
Colloidal suspensions of uniform highly charged micron-sized polystyrene spheres are ideal for the study of complex phase-transformation behavior in condensed matter as the time and distance scales
Colloidal suspensions of uniform highly charged submicron polystyrene spheres are ideal for the study of complex phase transformation behavior in condensed matter as the time and distance scales of
A major bottleneck in training robust Human-Activity Recognition models (HAR) is the need for large-scale labeled sensor datasets.
Color centers - electrons trapped by defects in insulating crystals - can be used to make optically pumped lasers, broadly tunable over various bands in the ultraviolet, the visible, and most impor
