The problem of spin squeezing with a bimodal condensate in the presence of particle losses is solved analytically by the Monte Carlo wave function method. We find the largest obtainable spin squeezing as a function of the one-body loss rate, the two-body and three-body rate constants, and the s-wave scattering length.

[1] Beamforming of seismic noise recorded on 150 Southern California stations was used to identify body and surface waves generated by Katrina. Surface wave microseisms are commonly associated with oceanic storms; there are no previous comprehensive body wave observations. The temporal evolution of the surface and body waves was different, indicating a different source mechanism for the two wav...

This study examined how stimuli content (emotionally expressive face and body images) influenced the location of mirror neuron activity as indexed by EEG mu-wave suppression. Participants completed an emotion-identification task in which they viewed black and white images of bodies and faces and identified them as displaying either fear or anger while their brain activity was recorded with EEG....