Theoretische Teilchenphysik und Kosmologie (Greljo)Head of Research Unit Prof. Dr. Admir Greljo, Prof. Dr.OverviewMembersPublicationsProjects & CollaborationsProjects & Collaborations OverviewMembersPublicationsProjects & Collaborations Projects & Collaborations 1 foundShow per page10 10 20 50 Flavour Physics at the High Energy Frontier Research Project | 1 Project MembersOrdinary matter comprises a limited set of elementary particles known as the first generation. Surprisingly, particle physics labs have identified two additional generations of elementary particles. These heavy and short-lived particles once thrived in the early universe's hot soup, only to decay to the first generation shortly after. This project aims to theoretically probe the origins of these three particle generations, leveraging cutting-edge experimental facilities like those at CERN. This multifaceted research project will follow three complementary research approaches. The first module is devoted to developing theoretical methods to analyze particle collisions and extracting information about their interactions that distinguish between different particle generations. The second module includes comparative studies of data sets at low and high energies. Finally, the third module will present new hypotheses about the origin of the three particle generations. This systematic approach will allow us to gain insight into the next unknown level of nature. 1 1 OverviewMembersPublicationsProjects & Collaborations
Projects & Collaborations 1 foundShow per page10 10 20 50 Flavour Physics at the High Energy Frontier Research Project | 1 Project MembersOrdinary matter comprises a limited set of elementary particles known as the first generation. Surprisingly, particle physics labs have identified two additional generations of elementary particles. These heavy and short-lived particles once thrived in the early universe's hot soup, only to decay to the first generation shortly after. This project aims to theoretically probe the origins of these three particle generations, leveraging cutting-edge experimental facilities like those at CERN. This multifaceted research project will follow three complementary research approaches. The first module is devoted to developing theoretical methods to analyze particle collisions and extracting information about their interactions that distinguish between different particle generations. The second module includes comparative studies of data sets at low and high energies. Finally, the third module will present new hypotheses about the origin of the three particle generations. This systematic approach will allow us to gain insight into the next unknown level of nature. 1 1
Flavour Physics at the High Energy Frontier Research Project | 1 Project MembersOrdinary matter comprises a limited set of elementary particles known as the first generation. Surprisingly, particle physics labs have identified two additional generations of elementary particles. These heavy and short-lived particles once thrived in the early universe's hot soup, only to decay to the first generation shortly after. This project aims to theoretically probe the origins of these three particle generations, leveraging cutting-edge experimental facilities like those at CERN. This multifaceted research project will follow three complementary research approaches. The first module is devoted to developing theoretical methods to analyze particle collisions and extracting information about their interactions that distinguish between different particle generations. The second module includes comparative studies of data sets at low and high energies. Finally, the third module will present new hypotheses about the origin of the three particle generations. This systematic approach will allow us to gain insight into the next unknown level of nature.
