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Control of the vortex lattice formation in coupled atom-molecular Bose-Einstein condensate in a double well potential: Role of atom-molecule coupling, trap rotation frequency and detuning
Moumita Gupta, Krishna Rai Dastidar
We study the vortex formation in coupled atomic and molecular condensates in a rotating double well trap by numerically solving the coupled Gross-Pitaevskii like equations. Startin…
Dynamics of dipolar Atom-Molecular BEC in a double well potential: Effect of atom-molecular coherent coupling
Krishna Rai Dastidar, Moumita Gupta
In the present work we have studied the dynamics of dipolar atom-molecular Bose Einstein Condensates coupled via Feshbach Resonance in a double well potential. We have numerically…
Investigation of 3D-Quantized Ring Vortices in Rotating Coupled Atom-Molecular BEC
Sreoshi Dutta, Krishna Rai Dastidar, Chanchal Chaudhuri
We study the coupled atom-molecular quantized ring vortices of 87Rb Bose-Einstein Condensates (BEC) trapped in a rotating three dimensional (3D) anisotropic cylindrical trap both i…
New cross-phase modulated localized solitons in coupled atomic-molecular BEC
Challenger Mishra, Priyam Das, Krishna Rai Dastidar +1
The interacting atom-molecule BEC (AMBEC) dynamics is investigated in the mean field ap- proach. The presence of atom-atom, atom-molecule and molecule-molecule interactions, couple…
Momentum Dependent Higher Partial Wave Interactions in Bose Einstein condensate
Moumita Gupta, Krishna Rai Dastidar
We have investigated the role of momentum dependent s-wave and higher partial wave strong interactions to determine the ground state properties and the column densities in the Bose…