NJP: Managing the Correlations of Ultracold Bosons in Triple Wells

Management of the correlations of Ultracold Bosons in triple wells

We investigated the correlations of ultracold many-boson systems in tilted triple wells with contact and dipolar interactions.

We were able to put forward a protocol to manage the correlation functions of the many-body state by tuning the depth and tilt of the lattice and the strength of the interactions between the particles.

Read more at arxiv and at NJP.

MCTDH-X single-shot simulations reproduce reproduce experimentally observed quantum fluctuations
MCTDH-X solves the Schrödinger equation for ultracold atoms that interact with photons in a cavity
MCTDH-X can handle bosons with spin
MCTDH-X can solve the Schrödinger equation for lattices
MCTDH-X can deal with the dynamics of fermions
UNIQORN optimizes the observable extraction with machine learning