2024 ANNUAL REPORT

| 5 | health through nanoengineering and organ-onchip technologies. By recreating human tissue environments at a cellular level, Yadid is developing innovative tools to study diseases like diabetes and cardiovascular disease, which could transform diagnostic and treatment options. Dr. Hanan Herzig Sheinfux specializes in quantum nanophotonics, pushing the boundaries of light confinement in nanocavities. His team has successfully developed nanostructures capable of trapping light within tiny spaces, a breakthrough with potential applications in telecommunications, optical computing, and quantum physics. Dr. Nisan Ozana is leading advancements in noninvasive neuroimaging through optical and acoustical methods that monitor cerebral blood flow and brain responses in real-time. His work in brain-computer interfaces (BCI) has the potential to help individuals with disabilities regain motor functions through noninvasive technology, underscoring BINA’s commitment to real-world impact in healthcare. Our PhD students have shown exceptional resilience, remaining dedicated to their research amid challenging circumstances. Shai Ben-Ami and Alon Kraus exemplify this spirit. Ben-Ami is working on stimulated Brillouin scattering (SBS) in silicon-oninsulator technology, a promising field for improving optical signal processing and enhancing integrated photonic circuits. Kraus, meanwhile, focuses on creating stable and efficient second harmonic generation (SHG) in Para Red organic crystals, which could lead to practical advancements in terahertz generation and photonics. In times of war, their unwavering commitment to pushing their research forward speaks volumes about their determination and dedication to advancing science. These researchers exemplify the innovation and resilience that define BINA. Their work reflects BINA’s scientific excellence and a deep commitment to addressing complex scientific and real-world challenges through collaboration and interdisciplinary research.

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