Interdisciplinary Doctoral School ul. Bojarskiego 1, 87-100 Toruń
tel.: +48 56 611-26-79
e-mail: academia.copernicana@umk.pl
Projects
- Printed plasmonics for efficient biosensing
- A new formation mechanism for low surface-brightness galaxies and implications for dark matter
- The dynamics of moral behavior by the example of the possibility of an unpunished crime
- Novel plant adenylyl cyclases and their functions in signal transduction and plant responses to the environment
- The role of selected ligands in conformational changes and activity of G protein-coupled receptors (GPCRs).
- Possibilities of using new natural and synthetic biocides to obtain copolymers with biocidal properties
- Museology and Curatorial Strategies in War-torn Post-soviet Kyiv
- Light pollution of the night sky in Toruń
- Effects of extremely low-frequency magnetic field in the brain of rats
- Immunomodulatory ant antidepressant properties of Whole Body Hyperthermia
- Atomistic calculations of nanostructures: from semi-empirical to ab-initio approaches
- Root microbiomes as controls of P use efficiency in woody crops
- Preparation of mixed and doped crystals of AII-BVI compounds with selected rare earth elements and transition metals, and their characterization for optoelectronic applications
- Netnographic research on social movement campaigns on YouTube as an area of the empowerment of people with disability.
- Synthetic materials as a matter of contemporary works of art in the process of conservation
- Towards a New Poetics of Space: Intersections of the Feminine and the Environmental in North American Indigenous Fiction
- Phosphodiesterases in higher plants – the missing element in cyclic nucleotide signal transduction in plants
- Optical properties of mixed thin layers ZnO/Alq3/ZnO
- Pious donations in medieval Stockholm in the context of the Baltic region
- Exploring wood anatomy, chemistry and climate through the world’s longest living organisms, North American Bristlecone Pine
- Breaking the curse of dimension in computational many-body physics and chemistry: simplified and inexpensive Coupled-Cluster-type methods to provide an efficient and robust computational model for the electronic structure of a complex molecular system
- Novel carbon nanomaterials (with special attention to nanohorns) in biomedical applications.
- Carbon nanomaterials-based surfaces with controlled toxicity
- Statistics of null geodesics of photons on cosmological scales