Georgios Tritsaris

I start from novel concepts, models, and methods to understand how nature works and how everything is connected, then I apply this knowledge to design materials, devices, and systems that make the air cleaner, electric vehicles go further safely, and computing more powerful and useful. I develop people and ventures, and champion policies that enable others to join and scale this work.

My current focus is on applying artificial intelligence to accelerate scientific discovery and technology development. I have led research and development in academia and industry, mostly for energy and electronics applications. I hold a Ph.D. in Physics from the Technical University of Denmark.

My scientific research lies at the intersection of physics, materials, and computation, with a focus on obtaining new insights into the physical processes that govern scientifically and technologically interesting structures. The main idea is to systematically increase our knowledge of matter across scales using supercomputers and intelligent algorithms to conduct informative virtual experiments.

My engineering and technology work focuses on translating this scientific understanding into useful processes and products with emphasis on modularity, performance and scale. This is often achieved by building adaptive systems that integrate physics-based simulation, data-driven models, and real-world feedback.