We invite you to watch Weizmann in Focus, a new video series featuring American Committee CEO Dave Doneson. In this inaugural episode, Dave introduces one of the Weizmann Institute’s newest initiatives: the Artificial Intelligence Center for Scientific Exploration. He then explains how Prof. Yaron Lipman’s recent AI breakthrough is improving health care for heart patients.
The Atlantic looks at the history of artificial sweeteners, from potential to failed promise … and includes Weizmann research showing that they are not very good for us.
January 24, 2019
Prof. Rony Paz of the Weizmann Institute of Science suggests that our brains are like modern washing machines – evolved to have the latest sophisticated programming, but more vulnerable to breakdown and prone to develop costly disorders. He and a group of researchers recently conducted experiments comparing the efficiency of the neural code in non-human and human primates and found that, as the neural code gets more efficient, the robustness that prevents errors is reduced. Their findings, which appeared in Cell, may help to explain why disorders as ADHD, anxiety, depression, PTSD, and even autism are common in humans.
January 2019
Plants have control mechanisms that resemble those in human senses. According to a new Weizmann Institute of Science study, plants adjust their photosynthesis to rapid light changes using a sophisticated sensing system, much in the way that the human eye responds to variations in light intensity. This sensory-like regulation operates at low light intensities, when the photosynthesis machinery is most efficient but also most vulnerable to sudden light increases.
January 2019
To expand the ties between the Israeli and Czech scientific communities, their countries are developing new forms of collaboration among talented young scientists. One such project is the “Joint Prague-Weizmann Winter School on Drug Discovery.” This intensive week of professional lectures is attended by more than 120 scientists and students from around the world. The project provides a unique opportunity for young Israeli and Czech researchers to meet and discuss the latest trends and challenges in drug development, as well as to meet with world leaders in academia and experts from such multinational pharmaceutical giants as MSD, Roche, and Astra Zeneca.
January 2019
Weizmann scientists analyzed data from Cassini’s last mission to find surprising information about Saturn and its rings, reports The Jerusalem Post.
January 22, 2019
Under general relativity, a black hole is inescapable. Once something travels beyond the event horizon into the heart of the black hole, there’s no return. So intense is the gravitational force of a black hole that not even light - the fastest thing in the Universe - can achieve escape velocity.
Under general relativity, therefore, a black hole emits no electromagnetic radiation. But, as a young Stephen Hawking theorised in 1974, it does emit something when you add quantum mechanics to the mix.
January 21, 2019
Grand Finale was the official name of Cassini’s last act: a risky orbit between Saturn’s rings and atmosphere in a daring attempt to view the planet up close, just before going down in flames. Prof. Yohai Kaspi and Dr. Eli Galanti of the Weizmann Institute of Science’s Department of Earth and Planetary Sciences led one of the studies on Cassini’s final mission: revealing the depth of Saturn’s jet streams ‒ the strongest measured in the Solar System, with winds of up to 1,500 km (about 932 mi) per hour ‒ and found them to reach a depth of around 9,000 km (about 5,600 mi). Teaming up with research partners in Italy and the U.S., their study also helped reveal the age of the planet’s iconic rings. The findings of these studies were published in Science.
January 17, 2019
The American Committee’s annual gala brought together prominent Weizmann supporters and leadership for a night of science and celebration.
January 16, 2019
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