Geometric thermodynamics in open quantum systems: Coherence, curvature, and work

Professor Eric Bittner has published a new article in the Journal of Chemical Physics, introducing novel concepts from geometric thermodynamics applied to open quantum systems. His work provides new insights into system–bath interactions and demonstrates how holonomic work can be measured through quasi-static transport processes. As a valued external collaborator of the Canada Excellence Research Chair in Light‑Matter Interactions, Professor Bittner works closely with our team and contributes continuously to advancing research in this field. This publication marks an important step forward and highlights the strength of ongoing collaboration within our research community.

Data Management Plan (DMP)

Rigorous, open science with durable impact is achieved, amongst other mechanisms, through effective data management. This is why we have developed a comprehensive data management plan (DMP). Our DMP is […]

Victoria Quirós Cordero – PhD Thesis Defense

I am extremely proud of Victoria Quirós Cordero who defended an outstanding PhD thesis in Georgia Tech today, in co-supervision with Natalie Stingelin. Victoria has become a world-class materials scientist […]

Esteban Rojas Gatjens – Thesis Defense

Congratulations to Esteban Rojas Gatjens for a stellar PhD thesis defense. Esteban delights us in the complex world of many-body exciton physics in 2D hybrid semiconductors. Best of luck in […]