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YEDA Technology Transfer from the Weizmann Institute of Science

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Material Science

Zirconium Doped Ceria Electroceramic with a High Electrostriction Coefficient (No. T4-2180)

Electrostrictive actuators are devices that convert electrical signals into tiny, precise movements, widely used in medical devices, robotics, and microelectronics. Medical micro-devices: e.g., miniature insulin pumps and drug-delivery systems. MEMS and NEMS actuation: micro-posit... Read more
Full Professor Igor Lubomirsky

Igor Lubomirsky

Faculty of Chemistry

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18925
DeepTech
Material Science

High-Sensitivity Organic Pyroelectric Quasi-Racemic Crystals with Low Mechanical Noise (No. T4-2497)

Advanced thermal imaging, sensing, and memory devices require pyroelectric materials that combine high sensitivity with low mechanical noise and environmental sustainability. Pyroelectric sensors and detectors with minimal noise Thermal cameras, IR detection, thermal imaging Memor... Read more
Full Professor Igor Lubomirsky

Igor Lubomirsky

Faculty of Chemistry

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19558
DeepTech
Material Science

All-Solid-State Electrochromic Device Based on a Multifunctional Ceramic Proton Conductor (No. T4-2496)

Electrochromic devices for smart windows, mirrors, and optical components rely on proton-conducting electrolytes and separate counter-electrode layers—systems that often suffer from poor stability, complex fabrication, and high cost. Smart windows with dynamic control of light t... Read more
Full Professor Igor Lubomirsky

Igor Lubomirsky

Faculty of Chemistry

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19560

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