Title: Entanglement and Sub-SQL Sensing: Quantum Trajectories without
Quantum Uncertainty

Abstract: Recent experimental and theoretical work demonstrated the
power of dissipative dynamics for generating coherent quantum effects.
In this context I will present theoretical results on position- and
force sensing with precision below the standard quantum limit
employing stationary entanglement between an optomechanical system -
as the detector - and an atomic ensemble - as a catalyst for back
action cancellation.