Our research combines the synthesis of paramagnetic coordination compounds with advanced electron paramagnetic resonance (EPR) spectroscopy, including high-field and high-frequency EPR (HFEPR), to investigate fundamental magnetic interactions at the molecular level. We are actively developing and applying cutting-edge EPR methodologies to study a wide range of phenomena, including zero-field splitting, exchange coupling, and spin coherence in systems such as single-molecule magnets, spin arrays, and potential molecular qubits. with a particular focus on systems relevant to quantum information science. A key strength of our group lies in our ability to perform measurements in pellets, films, and liquids as well as detailed angular-resolved measurements on single crystals, allowing us to access anisotropic information crucial for understanding complex quantum behavior.
Joda, NN.; Edelmannova, MF.; Pavlinák, D.; Santana, VT.; Chennam, PK.; Rihova, M.; Kocí, K.; Macak, JM.
doi: 10.1016/j.apsusc.2024.162132
SANTANA, V.; SARTORIS, R.; CALVO, R.;
doi: 10.1103/71h7-vhj7
Vinicius Tadeu Santana
Luan Gonçalves de Lima
