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.
Apr 21, 2020... One of the many challenges facing humankind during the coronavirus pandemic is testing – or, more accurately, lack of it. As the Weizmann Institute of Science pivoted its resources – human and lab alike – to addressing coronavirus, developing accurate, scaled-up testing was one of its main areas of focus. In keeping with the philosophy embraced by the worldwide Weizmann family, Institute President Prof. Alon Chen says: “During this crisis, we are harnessing our capabilities in basic research and applying them to the benefit of humanity.”
Aug 13, 2020... Hosted by the Embassy of Israel to the United States, this engaging virtual dialogue features Weizmann Institute President Prof. Alon Chen in conversation with Tammy Ben Haim, Minister of Public Diplomacy. Prof. Chen and Minister Ben Haim discuss a wide array of topics, including the Weizmann Institute's rapid response to the coronavirus. Prof. Chen explains how Weizmann's collaborative, multidisciplinary approach and focus on fundamental, curiosity-driven research enabled its scientists to quickly mobilize to fight COVID-19.
Dec 09, 2020... REHOVOT, ISRAEL—December 9, 2020—The mass of all human-produced materials – concrete, steel, plastics, asphalt, etc. – has now grown to equal the mass of all life on the planet, its biomass. According to a new study from the Weizmann Institute of Science, we are exactly at the crossover point, and humans are currently adding buildings, roads, vehicles, and products at a rate that is doubling every 20 years, leading to a “concrete jungle” that is predicted to reach over 2 teratonnes (2 million million) – or more than double the mass of living things – by 2040.
Dec 09, 2020...
In a startling sign of the impact that humans are having on our planet, a study published Dec. 9 estimates that 2020 marks the point when human-made materials outweigh the total mass of Earth’s living biomass.
Scientists at Israel’s Weizmann Institute of Science found that the total mass of human-made materials—such as concrete, steel and asphalt—has increased rapidly since 1900, when it made up the equivalent of just 3% of the mass of living biomass—plants, animals and microorganisms. As humans have constructed more buildings, roads, structures and objects over the last 120 years, the mass of human-produced materials has grown from less than 0.1 teratonnes to roughly 1 teratonne (1 trillion tonnes), the study, published in the journal Nature estimates.
Dec 09, 2020...
From roads and buildings to cars and plastic, human civilization is built on lots of stuff.
But roughly how much stuff have we actually created? And in the process, how much of the natural world have we consumed or destroyed?
A new analysis finds that on both counts, it's a lot ... so much, in fact, that these materials may now outweigh all of the living things left on Earth.
The year 2020 could be the year when human-made mass surpasses the overall weight of biomass - estimated to be roughly 1,100,000,000,000 tons, or 1.1 teratons - a milestone scientists say speaks to the enormous impact that humans have had on the planet.
Apr 16, 2021...
While Earth Day is 51 years old this year, the Earth is 4.54 billion years old – “plus or minus about 50 million years,” says the National Geographic Society. And yet in less than 200 years, the blink of an eye, humankind has thrown a wrench into our small planet’s carefully tuned systems.
Since the Industrial Age, our remarkable advances have had a flip side: chemicals, pharmaceuticals, fossil fuels, and the like have fouled our water, land, and climate. We have increased Earth’s temperature, causing mass extinctions, stronger storms, devastating wildfires, flooding, and food shortages – consequences that will only increase. And while we can all take personal steps, there is ultimately one hope for mitigating human impacts on the planet: science.
May 19, 2021... The Weizmann Institute is made up of scientists and staff from many faiths and more than 50 nationalities. During the current crisis in Israel, the Weizmann Institute community offers a message of hope, unity, and coexistence. As Prof. Maya Schuldiner, Department of Molecular Genetics, says, “We know that the only way to move humanity forward is by working together.” Dr. Yifat Merbl, Department of Immunology, adds, “Just like in science, rather than focusing on the problem, we must start looking for the right solutions.”
May 24, 2021... With their 65th wedding anniversary approaching in June, Rosa and Harris Weinstein decided to mark the occasion with a gift to the Weizmann Institute. The couple believes deeply in the Institute’s vital mission, but their reasons are more personal. They wanted to honor Dewey Stone, one of the American Committee’s earliest visionaries who helped realize Dr. Chaim Weizmann’s dream of a world-class scientific research institution in Israel.
Jun 14, 2021... REHOVOT, ISRAEL—June 14, 2021—The Boker Tachtit archaeological excavation site in Israel’s central Negev desert holds clues to one of the most significant events in human history: the spread of modern humans, Homo sapiens, from Africa into Eurasia, and the subsequent demise of Neanderthal populations in the region. Researchers from the Weizmann Institute of Science and the Max Planck Society, led by Prof. Elisabetta Boaretto, together with Dr. Omry Barzilai of the Israel Antiquities Authority, returned to Boker Tachtit nearly 40 years after it was first excavated. Using advanced sampling and dating methods, they offer a new chronological framework for this important chapter in our anthropological evolution. Published in the Proceedings of the National Academy of Sciences (PNAS), the study suggests that Homo sapiens and Neanderthals were far from strangers.
Jun 13, 2022... REHOVOT, ISRAEL—June 13, 2022—They say that where there’s smoke, there’s fire, and Weizmann Institute of Science researchers are working hard to investigate that claim, or at least elucidate what constitutes “smoke.” In an article published today in PNAS, the scientists reveal an advanced, innovative method that they have developed and used to detect nonvisual traces of fire dating back at least 800,000 years – one of the earliest known pieces of evidence for the use of fire. The newly developed technique may provide a push toward a more scientific, data-driven type of archaeology, but – perhaps more importantly – it could help us better understand the origins of the human story, our most basic traditions, and our experimental and innovative nature.
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