Design and construction of nano-catalytic systems; polymeric and inorganic micro-and nanoreactors; sol-gel based methods for micro-and nanoencapsulations.
Ronny Agranat's research is aimed towards the creation of generic methods, devices, and materials to be used in novel computing, communication, and sensing schemes and architectures.
For his seminal contributions to nano-optics, nano-photonics, plasmonics and photonics. Including the dicsovery of giant non-reciprocity, non-linear phenomena, and enhaced light-matter interactions using nanostructured materials, metasurfaces and metamaterials.
Our group focuses on nanoscale thermal and magnetic imaging using scanning SQUID-on-tip microscopy. We are interested in molecular magnetism and superconductivity.
Chemistry, physics and application of nanocrystals. A special focus is given to semiconductor nanocrystals and to hybrid metal-semiconductor nanoparticles.
The Hebrew University websites utilize cookies to enhance user experience and analyze site usage. By continuing to browse these sites, you consent to our use of cookies.