Identification of an eight-electron superatomic cluster and its alloy in one co-crystal structure

Figures 3-4 show the simulation results of beam propagation in the crystal of an Icelandic spar along the axis of the crystal. It is evident that the ordinary

Let us call inertial motions those motions which are obtained from rest by an iner- tial transformation ; an object has an inertial motion in some reference frame if it is at rest

these 13 atoms constitute the inner icosahedral core (Figure 3b). The refinement to Au atom is only successful for the central position. However, the 12 icosahedral Ag atoms have

Since the enviroment of individual atoms in these micro-clusters could be different from those in the matrix, the field evaporation behavior of micro-clusters may well

Starting from stochastically loaded half-filled arrays with ∼ 2N traps, we analyze in real-time the initial atom distribution, and use a fast, moving optical tweezer to rearrange

The purpose of the present comment is to show that, applying the standard method of spectroscopic data reduction, one can, with the same set of data, obtain more precise values of

In the case of the inertial sensor, we show how one can actually increase the contrast decay time by using a spin mixing pulse area which is different from π/2 pulse, building on

The challenge is to find a pattern which produces a 1D optical dipole potential which results in the desired target potential V T (z) when superposed with the magnetic confinement