Optimal control of 1d bose-einstein condensates

A. J. LODE; D. TIELAS

San Carlos de Bariloche

Workshop; School and Workshop on Driven Quantum Systems; 2016

ICTP - INSTITUTO BALSEIRO

The ability to lead a quantum system from a given state to one with desired properties as can be: Entanglement, defined angular momentum, etc.; and how to do it, for example minimizing time to avoid decoherence, is of vital importance in the development of technologies for quantum information processing. In this work we show the implementation of the chopped random basis optimal control technic (CRAB)[1] in the context of multi configuracional time dependent Hartree for bosons-fermions theory (MCTDH-X)[2, 3]. We will describe applications examples, and show current work in progress in ultracold atoms systems [4]