Structured light and ultracold atoms in a driven optical cavity

Structured light and ultracold atoms in a driven optical cavity

Blog Article

We consider a far-red-detuned optical cavity, driven by a pump, which contains an Blood Sugar Support ultracold atomic medium.Using coupled partial differential equations which describe the evolution of the atomic and optical fields, we demonstrate that our model leads to novel self-structuring, led by the optical field through the dipole force, within the ultracold atomic medium.Introducing OAM Floss to the optical pump, we demonstrate that these structures may be made to rotate, forming atomic fields analogous to persistent phase currents.