59.1
Rina Štrajn
University of Dubrovnik
Rina Štrajn has made significant contributions to the fields of quantum field theory, algebra, and differential calculus, particularly in the context of generalized Snyder spaces. Their research has explored various aspects of these spaces, including interpolations between Jordanian twists, realizations of the Gi(n) algebra and its applications, and the Poincaré-Weyl algebra with dispersion relations. Štrajn's work has also investigated the twisted Poincaré algebra, addition of momenta, and quantum mechanics on curved Snyder spaces, shedding light on the properties of generalized Snyder spaces in quantum theory. These findings have implications for our understanding of quantum field theories and κ-minkowski spacetime.