Aleksandra Pędrak, PhD
Faculty: Art, Technique and Communication
Field of study: Computer science
Physical sciences; doctoral dissertation entitled: ‘Hidden symmetries in nuclear models’ defended in 2016. Participation in a research project under COPIN Consortium activity, Project No.: 04-113, IPHC/CRNS, Strasbourg, France; participation in a research project under the Bogolubov-Infeld programme, Joint Institute for Nuclear Research, Dubna, Russia, participation in the Harmonia 9 grant of the National Centre for Science. Professional experience focusing on the following issues: application of perturbation methods in QCD to the analysis of exclusive processes; analysis of the symmetry of nuclear models (in particular ±medium field models) in the use of functional analysis mathematical tools, group and representation theory; application of numerical tools and symbolic algebra of the Mathematica programme to the analysis of symmetry problems in nuclear models, cooperation in the development of the symbolic algebra algorithm in the Reduce programming language for generating unpredictable representations of point groups. Author of 5 scientific publications.