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YEDA Technology Transfer from the Weizmann Institute of Science

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Material Science

Radiation Curing Enhancement by Semiconducting Nanoparticles (No. T4-2215)

The curing of polymers by UV light is of great technological importance in, for example, dentistry, advanced manufacturing (3D printing), and various applications such as manufacturing of optical media, biotechnology, and more. Cationic photo-cured thermosetting polymers, like epo... Read more
Emeritus Tenne Reshef

Tenne Reshef

Faculty of Chemistry

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17678
Material Science

Inorganic Nanotubes/Polymer Composites for 3D Printing (No. T4-1900)

Biocompatible polymers commonly used in the orthopedic and cosmetic prosthetics, cardiovascular and dental implants and food packaging industries often suffer from poor mechanical properties and thermal stability, limited dimensionality and short shelf-life as compared to their metal compara... Read more
Emeritus Tenne Reshef

Tenne Reshef

Faculty of Chemistry

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5737
Material Science
DeepTech

Inertial NEMS for Nanosensor Applications Based on Inorganic Nanotubes (No. T4-1828)

Inertial sensors for motion detection are being incorporated into an increasing number of portable devices, including diverse IoT applications, mobile phones, wearable electronics, automotive systems and medical diagnostic sensors. Current microelectromechanical system (MEMS) fabr... Read more
Full Professor Ernesto Joselevich

Ernesto Joselevich

Faculty of Chemistry

Emeritus Tenne Reshef

Tenne Reshef

Faculty of Chemistry

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5674
Material Science
MedTech & Digital Health

Inorganic Fullerene Coating For Medical Devices (No. T4-1566)

Implantable or insertable medical devices must be made of materials with unique properties in addition to biocompatibility to address potential damage from the physiological environment and to maintain their effectiveness over time. Implantable or insertable medical devices must b... Read more
Emeritus Tenne Reshef

Tenne Reshef

Faculty of Chemistry

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5521

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