Technion News Archive

Found225News articles and reports

78 שנה למדינת ישראל

Happy Independence Day

פרופסור אורי סיון נשיא הטכניון בנאום

“The pain is one – The pain of lives cut short in an instant”

Memorial Day for Fallen Soldiers and Victims of Terrorism

Illustration: Energy in the Age of AI – Challenges and Solutions

AI Infrastructure and Its Implications for the Power Grid

בית הטכניון אבל על מותם של בני משפחת גרשוביץ

The Technion community mourns the loss of the Gershovitz family

A visual illustration of a bright squeezed vacuum—a quantum state of light characterized by an exceptionally high level of noise—as it interferes with a regular laser pulse at a beam splitter. By recording the resulting interference patterns, the real-time characteristics of the laser pulse can be reconstructed. Image credit: Dr. Michael Krüger, Yuval Kern, Ido Nisim, and Dr. Adi Goldner

Technion Researchers Measure Ultrafast Quantum Light Pulses for the First Time

Breakthrough study published in Optica

הצילום הזוכה:

A Blooming Forest of Neurons

Illustration: A glowing “pool” of light reveals swirling blue and orange vortices, the “dark points” where light intensity vanishes. These features, measured by Technion researchers, can move faster than light without violating relativity, offering new insight into the hidden dynamics of wave phenomena.

Is Darkness Faster than Light?

Technion researchers measure the speed of “dark points” within light waves, confirming a 50-year-old prediction

Technion Researchers Develop AI Model to Predict Chemotherapy Benefit in Breast Cancer

International study validates fast, accessible alternative to genomic tests using routine pathology samples

איור של רקמה שריר המכילה תאים בוגרים ורשתות דם; רקמת שומן המכילה רשתות כלי דם ולימפה; הדפסה של מתלים אלה; והזנה מיידית של המתלה על ידי הרקמה ה

First-of-Its-Kind Implant Expected to Dramatically Improve Treatment of Significant Tissue Loss

Hope for patients suffering from severe tissue damage: Technion researchers have developed an implantable tissue flap containing muscle and fat tissues alongside a hierarchical network of blood vessels and lymphatic vessels. The engineered tissue, developed and printed at the Technion, is expected to improve and accelerate the integration of the implant into the damaged organ

Congratulations to Prof. Ashraf Brik

2. הבירות

L’Chaim! Students Brew Beer and Optimism

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