When subject to measurements, quantum systems evolve along stochastic quantum
trajectories that can be naturally equipped with a geometric phase observable via a post …

We analyze some variants of the Zeno effect in which the frequent observation of the
population of an intermediate state does not prevent the transition of the system from the …

We investigate the quantum Zeno effect as a framework for designing and analyzing
quantum algorithms for Hamiltonian simulation. We show that frequent projective …

We consider weak values in the Feynman propagator framework, to gain a broader
understanding of their interpretation in terms of path integrals. In particular, we examine the …

We look at three different kinds of systems, requiring quantum to classical description. The
first system is a quantum harmonic oscillator in general Gaussian states undergoing …

PRX Quantum 5, 040901 (2024) - Erratum: Optimal Zeno Dragging for Quantum Control: A
Shortcut to Zeno with Action-Based Scheduling Optimization [PRX Quantum 5, 020366 (2024)] …