International Seminar on "Ultracold Molecules" at IMIT

With a significant in-person turnout at the FACENA (UNNE) Postgraduate Classroom and active virtual participation, the Institute of Modeling and Technological Innovation (IMIT) held a remarkable international academic conference. On this occasion, the scientific community gathered around the presentation titled: "Ultracold Molecules: A Testing Ground for the Search for Physics Beyond the Standard Model."

The seminar generated considerable interest due to the relevance and timeliness of the topic, which lies at the forefront of technological and theoretical knowledge in particle physics.

Frontiers of Modern Physics and Precision Measurements: During the event, Adam Koza, MSc, presented the central aspects of pioneering research focused on high-spin polar molecules, such as YbCr and RaCr. In his presentation, the specialist discussed in detail how these systems, thanks to their unique energy structure, have become fundamental tools for detecting charge-parity (CP) violation phenomena. He also explained how these experiments allow us to explore physics beyond the Standard Model, operating with a high degree of precision at the low-energy limit.

International Trajectory in the Scientific Community: The speaker, Adam Koza, is currently completing his doctoral thesis at the Faculty of Physics of the University of Warsaw (Poland) and specializes in the theory of cold molecules. His distinguished career in the international scientific community includes research stays at leading institutions such as the University of British Columbia (Canada) and the University of Groningen (Netherlands).

"Science advances when we dare to seek answers where others only see emptiness; ultracold molecules are opening a window to the unknown in particle physics," he emphasized during the event.