Prof. Roman Pasechnik is a researcher affiliated with Lund University in Sweden, specializing in theoretical physics, particle physics, and cosmology.

 

His research interests include the Standard Model of particle physics and its extensions, Higgs physics, fundamental interactions, and the application of advanced mathematical models to the study of complex physical phenomena.

 

He has authored and co-authored numerous scientific publications in international journals and has participated in various research projects. He is also actively involved in teaching and supervising undergraduate, master's, and doctoral students.

 

During his lecture, “When Complexity Calls for Nonadditive Entropy: From Proton Structure to Layered Volatility in Financial Markets,” he will present an interdisciplinary perspective on the application of nonadditive entropy to the analysis of complex systems, ranging from proton structure to volatility in financial markets.

 

The lecture will provide an opportunity to explore how mathematical tools and concepts derived from physics can be applied to the analysis of economic phenomena, particularly those characterized by nonlinearity, interdependence, and high levels of uncertainty. Special attention will be given to the potential applications of nonadditive entropy in examining the multilayered structure of financial volatility, identifying complex relationships, and gaining a deeper understanding of the mechanisms driving financial market behavior.

 

The lecture exemplifies an interdisciplinary approach to scientific research, bringing together theoretical physics, mathematics, and financial economics. It also offers inspiration for exploring innovative analytical methods to better understand the complexity of modern economic systems.