The research aims to explore ultracold collisions of Rb with KRb and understand the role of quantum interference.
Utilized a first principles based theoretical methodology
Focused on 87 Rb and 40 K in their ground vibrational and rotational states
Analyzed elastic collision processes
Identified the effects of quantum interference on collision outcomes
Described complex formation during the interaction
Demonstrated the significance of initial states in the collision dynamics.
Abstract
Ultracold elastic collisions of 87 Rb with 40 K 87 Rb in its ground vibrational and rotational state are investigated using a first principles based theoretical methodology.