We demonstrate a new loading method that provides clean delivery and deterministic positioning of nanoparticles from atmospheric pressure into an...
We introduce an experimental method to generate center-of-mass superposition states at previously unattainable mass-, length- and time scales using...
Prof. Nikolai Kiesel and Dr. Mario A. Ciampini join forces to tell a twisting tale of trying to make sense of thermodynamics in a world filled with...
For her ambitious project of levitating a nanoparticle in an inverted potential via optimal feedback (FLIP (Feedback levitation on an Inverted...
Working together with researchers at Queen's University Belfast we investigated the transfer of states from a quantum thermodynamical perspective.
Backed by the ESQ Discovery Grant, Dr. Mario Ciampini aims to explore the thermodynamic limits of memory performance using levitated nanobeads.
