Dr. Yoram de Hazan

New IP for colloidal shaping technologies.

New microshaping technologies based on UV curable colloidal fluids to produce continuous ceramic/polymer nanocomposite and nanoceramic fibers, multilayered cellular ceramics and composites, porous and dense microspheres as well as predetermined 3d fiber networks by robotic deposition and folding technologies. Development of colloidal dispersions in high ionic strength medium, organic medium and mixed salt/organic media. Electroless and electrodeposition of functional Metal/ceramic nanocomposites.

Development of materials, processes and integration of complex photonics circuits

Photonic materials research (Bell Labs) - colloidal sol-gel casting and extrusion of silica based optical fibers, including microstructured fibers - novel gas phase fluorine doping of porous sol-gel and VAD tubes - study of up-doping, dehydration and rehydration schemes, effect of carbon contamination Development of Lithium Niobate modulators (OEC). - development of dry etching (STS-ICP) of Lithium Niobate rides and gratings

Investigation of monomeric sol-gel processes for alumina and Silica based porous materials. - Discovery and investigation of novel ultralight ceramic foams.

Polymer technology