Neuromorphic detection and control of interacting arrays of microparticles

Srdečně Vás zveme na přednášku dr. Jamese Millena (Department of Physics, Faculty of Natural and Mathematical Sciences King’s College London), která se uskuteční dne 29.5.2024, od 10:00 v přednáškovém sále ÚPT AV ČR.

Abstract

Neuromorphic detection and control of interacting arrays of microparticles
Microparticles levitated in a vacuum can be used as precision sensors and for probing fundamental physics. It is an exciting extension to utilize arrays of levitated microparticles, so cancel out common-noise in sensors, to allow directional detection of forces, and to engineer complex collective states - even potentially in the quantum regime. It is challenging to detect the motion of arrays of objects, and even more so to read-out their motion in real-time. We use a novel detection technique to achieve this: neuromorphic, or event-based, imaging (EBI). EBI enables us to detect 10s of particles and read-out their motion at 1 MHz. We present two applications of this technology: firstly we detect and cool arrays of interacting particles, secondly we track a single particle with high dynamic range and resolution for studies of fundamental thermodynamics.

Foto: Dr. James Millen