We are investigating fundamental phenomena of localization and light (information) transport in photonic systems: topological lattices, chiral metamaterials and metasurfaces, multicore optical fibers, waveguide arrays, attempting to establish and model robust and efficient procedures and structures for slowing, trapping and controlling the light (photon) propagation.
Project type: In-house project (No. 0402606)
HeartBeam, Inc. (a cardiac technology company building a wearable 12-lead ECG platform) and our group from the Vinča Institute of Nuclear Sciences have an ongoing research partnership. Our collaboration focuses on medical technology and signal processing to enhance remote heart monitoring.
Project type: partnership
The ambition of the project is to provide a proof-of-principle of the new HF diagnostic methodology combining multiparameter measurements with artificial intelligence. Heart failure (HF), inability of the heart to pump sufficient amount of blood, is a serious condition associated with morbidity, mortality and high healthcare expenditures.
Project type: Science fund of the Republic of Serbia, IDEAS, Grant No. 7754338 (1. 4. 2022 – 31. 3. 2025)
BabyBip - a fetal ECG signal-based personal alternative to conventional Cardiotocography (CTG) test that will enable mothers to assess the baby's wellbeing at home, with a personal FHR (Fetal Heart Rate) device without any cables or self-adhesive electrodes.
Project type: Matching Grants Program, Innovation Fund of the Republic of Serbia, ID 2023, partner of EUROICC company (2021-2023)
The development of metamaterials that respond resonantly in interaction with the terahertz (THz) electromagnetic waves is important for the achievement of diverse optical functionalities in this spectral range.
Project type: Bilateral project Serbia-Turkey (2021-2023)