In the current paper we consider [bar.K]N (Channel 1) and [([SIGMA] [pi]).sup.0] (Channel 2), since the [[LAMBDA].sup.*] of our interest is an I = 0 quasi-bound state in Channel 1 which appears as a Feshbach resonance
(15,16) in Channel 2.
They then essentially glued the atoms together to form ultracold molecules, applying a magnetic field to prompt the atoms to bond -- a mechanism known as a "Feshbach resonance
," named after the late MIT physicist Herman Feshbach.
For example, nonlinearity management arises in atomic physics for the Feshbach resonance
[4, 8] of the scattering length of interatomic interactions in BECs, where the interaction strength can be characterized by a single parameter, the s-wave scattering length [a.sub.s].
Other subjects include dynamics of semirigid rod polymers, the design of soft polymeric composites for electro-mechanical applications, elasticities of lipid membranes versus cell membranes, the dynamics of polymers in solutions with hydrodynamic memory, and formation of molecules and entangled atomic pairs from atomic BEC due to Feshbach resonance
. Most of the chapters are translations, and a few of the translations contain minor yet frequent grammatical errors.