About the project
Project name: Theoretical modeling of macroscopic and microscopic systems (TEMPO)
Project number: 581-UNIOS-102
Field: STEM
Project proposal proposer: Maja Varga Pajtler, Assistant Professor, Department of Physics, J. J. Strossmayer University of Osijek
Project duration (in months): 48
Project summary: The Theoretical Modeling of Macroscopic and Microscopic Systems(TEMPO) project is aimed at developing theoretical models that are applied in the fields of nanomaterials, biomedicine, digital transformation and fundamental physics. Using methods of quantum mechanics and density functional theory, the stability and electronic properties of new nanomaterials are investigated, with the aim of developing efficient sensors for the detection of harmful gases. In the biomedical segment, models are developed for reliable identification of molecular fragments in mass spectra, which contributes to the development of diagnostic tools for the early detection of chronic lymphocytic leukemia. Research into the impact of digital technologies is based on statistical data analysis, with the aim of understanding the factors that determine their acceptance and effective application in society. In the field of fundamental physics, the project investigates the violation of Lorentz symmetry through the analysis of gamma rays from space sources, using advanced statistical methods and computational tools. Innovation project is reflected in connecting theoretical models with experimental data, developing new onesanalytical methods and the use of advanced digital infrastructure, which foundations are being created for future applications in science and technology.