About Us
Founded in 1944, the American Committee for the Weizmann Institute of Science develops philanthropic support for the Weizmann Institute in Israel, and advances its mission of science for the benefit of humanity.
Jun 24, 2019... Technology can make our lives easier, but it also leaves us vulnerable to hackers. In the sixth episode of Weizmann in Focus, CEO Dave Doneson explores how Weizmann scientists are leading the way in cybersecurity. In a recent breakthrough, renowned cryptographer Prof. Adi Shamir exposed a major weakness in the “Internet of Things,” the growing world of smart devices that connect online. His groundbreaking work could result in better methods for keeping our private information safe.
May 13, 2020...
A group of experts advising Prime Minister Benjamin Netanyahu on the national response to the coronavirus pandemic found a correlation between one's income and education level and the chance they would contract coronavirus, N12 reported Wednesday.
The report published on Tuesday by the team headed by Professor Eli Waxman of the Weizmann Institute of Science suggested people with lower levels of income and education are more likely to contract the virus. According to N12, the team said people with higher education were less likely to contract the disease, even if their income level was low.
Jun 12, 2020...
The list of sophisticated eavesdropping techniques has grown steadily over years: wiretaps, hacked phones, bugs in the wall—even bouncing lasers off of a building's glass to pick up conversations inside. Now add another tool for audio spies: Any light bulb in a room that might be visible from a window.
Researchers from Israeli's Ben-Gurion University of the Negev and the Weizmann Institute of Science today revealed a new technique for long-distance eavesdropping they call “lamphone.” They say it allows anyone with a laptop and less than a thousand dollars of equipment—just a telescope and a $400 electro-optical sensor—to listen in on any sounds in a room that’s hundreds of feet away in real-time, simply by observing the minuscule vibrations those sounds create on the glass surface of a light bulb inside. By measuring the tiny changes in light output from the bulb that those vibrations cause, the researchers show that a spy can pick up sound clearly enough to discern the contents of conversations or even recognize a piece of music.
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