 | HrZZ - IP-2022-10-4724Nanoscale interaction of light and atomically thin structures | |
| project leader | Marko Kralj | |
| associates | Iva Šrut Rakić Marin Petrović Nataša Vujičić Ana Senkić Sabina Špoljar Christian Teichert (Universität Leoben) Marko Spasenović (IHTM Beograd) | |
| start date | 01.02.2024. | |
| end date | 31.01.2028. | |
| total ammount | 198.550,00 EUR | |
| research areas | Solid state physics Surface physics |
Abstract
In the scope of the research project ”Nanoscale interaction of light and atomically thin structures,” we aim to reach substantial new knowledge on the nanoscale optical properties of nanomaterials based on two-dimensional (2D) atomically thin layers and structures. This regards characterization of the optical response at the nanoscale and getting insight into the rich physics of quasiparticle interactions with an electromagnetic field, which is a combination of solid-state quantum materials and quantum optics. We rely on strong expertise in the synthesis and fabrication of high-quality 2D materials, which is even more strengthened by international collaboration within this project. The central part of this research is dedicated to near-field nanoscale optical imaging and spectroscopy, a unique technique that provides wavelength independent 10 nm spatial resolution. Within this project, we plan to upgrade the functionality of our s-SNOM near-field system to near-field imaging in the visible range. We also plan to employ one new postdoc and two Ph.D. students to join this exciting research within SIMAT research group at the Institute of Physics.
