Starts 13 Feb 2025 14:00
Ends 13 Feb 2025 15:30
Central European Time
Condensed Matter lecture series: A Journey into Quantum Trajectories (lecture 2)
Luigi Stasi Seminar Room (Leonardo Building) and via Zoom
Alberto Biella
(CNR-INO)
Lecture 2:
From Counting to Homodyne Trajectories: Different Unravelings of the Same Lindbladian.
The second lecture will focus on various types of quantum trajectories that arise from different measurement schemes, all governed by the same Lindblad master equation. We will explore the concept of "unraveling" a Lindbladian evolution into individual quantum trajectories, comparing counting, homodyne and beta-dyne detection approaches. By studying these different types of unravelings, we will gain insights into how continuous measurements affect system evolution and how different observation strategies provide distinct information about quantum systems.
The second lecture will focus on various types of quantum trajectories that arise from different measurement schemes, all governed by the same Lindblad master equation. We will explore the concept of "unraveling" a Lindbladian evolution into individual quantum trajectories, comparing counting, homodyne and beta-dyne detection approaches. By studying these different types of unravelings, we will gain insights into how continuous measurements affect system evolution and how different observation strategies provide distinct information about quantum systems.