Breakthroughs, discoveries, and new technologies from the Technion.
Technion and Pfizer have signed a collaboration framework to drive scientific breakthroughs by integrating artificial intelligence into drug development.
On 9 October, astronomers observed GRB 221009A—the most energetic gamma-ray burst ever recorded. Remarkably, Technion physicists Professors Arnon Dar and Shlomo Dado had just published a paper predicting such an event’s energy and characteristics. Their “cannonball model” links gamma-ray bursts and cosmic rays, offering new insights into these rare cosmic phenomena.
Technion and MIT scientists have engineered bacterial cells to function as living computers by integrating synthetic gene circuits that mimic neural networks. These programmable cells can perform logic operations and respond to environmental stimuli, offering promising applications in biomanufacturing and targeted therapies.
Technion engineers lab-grown muscle tissue that absorbs excess sugar, reducing blood glucose in diabetic mice and opening doors to new diabetes treatments.
Technion students showcase biomedical projects—from AI-driven fetal monitors to wearable fertility trackers—highlighting innovation in healthcare.
Technion scientists developed a single‑pixel camera that captures live microscopic motion at 2.4 MHz, marking a milestone in ultra-fast imaging.
Technion scientists have successfully grown functional lymphatic vessels in vitro, offering potential new treatments for lymphatic disorders.
Technion researchers pinpoint electrode material and lithium-ion transport limits, unlocking breakthroughs for faster and safer electric vehicle charging.
