U.S.-Israel Binational Science Foundation - BSF

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U.S.-Israel Binational Science Foundation - BSF The US-Israel Binational Science Foundation (BSF) promotes scientific relations b/w the U.S. & Israel Its base of operation is in Israel.

The U.S.-Israel Binational Science Foundation (BSF) promotes scientific relations between the U.S. and Israel by supporting collaborative research projects in a wide area of basic and applied scientific fields, for peaceful and non-profit purposes. Founded in 1972 by an agreement between the United States and Israel, the BSF is an independent body, directed by a board of governors consisting of five American and five Israeli members. Funding for research derives from the annual interest on an endowment contributed in equal parts by the two countries. Grants are made on a competitive, peer reviewed basis, juried by leading scientists from the U.S., Israel and around the world. Eligible projects must demonstrate outstanding scientific merit and clear collaboration between Israeli and American researchers from institutions throughout the two countries. Since its inception, the BSF has awarded some $480 million to over 4,000 research projects of the highest quality. Many of these have led to important scientific, medical and technological breakthroughs with wide-ranging practical applications. The BSF is a highly regarded funding source among researchers in both countries. Numerous scientists participating in BSF programs have won prestigious awards such as the Nobel , Lasker ,and Wolf prizes. For example, six out of the eight 2004 Nobel Prize Laureates in science were recipients of at least one BSF grant, and several of them have received extensive support from the BSF - most notably Profs. Avram Hershko, Aaron Ciechanover (Technion) and Irwin Rose (UC Irvine), who were awarded the Nobel Prize in Chemistry for their joint discovery of the ubiquitin system for protein degradation. The cooperation between the Israeli and U.S. research groups that led to this discovery was made possible by continuous support by the BSF over more than two decades. Throughout the years, the BSF has had a very important impact on science in Israel. BSF grants have been a major source of funding for Israeli scientists, and have facilitated access to leading U.S. investigators and to the unrivaled infrastructure of American science. BSF-sponsored visits to Israel by top U.S. researchers benefit the entire Israeli scientific community. Moreover, cooperation with top Israeli scientists has greatly benefitted many U.S. participants, who are typically from the most prestigious American universities and government research institutes. The BSF makes a great effort to minimize administrative expenses. A small and efficient staff distributes some $15 million per year in grant monies, with about 93% of the annual budget allocated for science. The BSF is highly successful in achieving its two main goals: strengthening the U.S.–Israel partnership through science, and promoting world-class scientific research for the benefit of the two countries and all mankind. The great challenge facing the BSF today is to continue to meet the ever-rising costs of innovative research and the growing needs of Israeli and American scientists, with an endowment that has not been increased since 1984. To that end, the BSF has launched, for the first time, an effort to raise funds to increase its financial resources and further strengthen the partnership between the two countries.

🏆 Congratulations to 2026 Nobel Prize in Physics laureate Professor Francis Halzen, a former BSF grantee!The U.S.-Israel...
12/10/2026

🏆 Congratulations to 2026 Nobel Prize in Physics laureate Professor Francis Halzen, a former BSF grantee!

The U.S.-Israel Binational Science Foundation (BSF) congratulates Professor Francis Halzen of the University of Wisconsin-Madison on receiving the 2026 Nobel Prize in Physics for his groundbreaking contributions to the IceCube Neutrino Observatory and the discovery of high-energy astrophysical neutrinos.

In 2012, BSF awarded a research grant to Halzen and a team of American and Israeli scientists for their collaborative project, High Energy Neutrino Astronomy.

The project brought together researchers from the University of Wisconsin-Madison, University of Kansas and Ohio State University with colleagues from the Weizmann Institute of Science and the Braude College of Engineering in Israel to advance research into high-energy neutrinos and their detection.

BSF is proud to have supported Halzen and his Israeli and U.S. colleagues in this pioneering field of research, and to celebrate his extraordinary scientific achievement.

With Halzen's recognition, 54 BSF grantees have now received Nobel Prizes, reflecting the exceptional caliber of scientists who have participated in BSF-supported research collaborations.

đź”— Learn more about BSF's Nobel laureates: https://www.bsf.org.il/about/notable-grantees/

📷 Ill. Niklas Elmehed © Nobel Prize Outreach

Welcome back to campus!A new academic year brings new questions, fresh ideas and new possibilities for discovery.BSF wis...
08/10/2026

Welcome back to campus!

A new academic year brings new questions, fresh ideas and new possibilities for discovery.

BSF wishes students, faculty and researchers across the U.S. and Israel a productive and inspiring year, and looks forward to supporting the ambitious collaborations that will take shape.

To help make those collaborations possible, BSF is now accepting submissions from joint teams of U.S. and Israeli researchers in the Exact and Physical Sciences and the Social Sciences.

🗓️ Submission deadline: Wednesday, December 2, 2026

đź”— Learn more about eligible research areas and application requirements:(https://www.bsf.org.il/funding-opportunities/bsf-research-grants/about/)

Your dominant hand may not have a brain advantage. It may simply have had more practice.A new study supported in part by...
24/09/2026

Your dominant hand may not have a brain advantage. It may simply have had more practice.

A new study supported in part by the U.S.-Israel Binational Science Foundation (BSF) challenges the long-held idea that the brain’s dominant hemisphere is inherently better at controlling movement.

Published in Proceedings of the National Academy of Sciences (PNAS), the research suggests that the dominant hand excels because of a lifetime spent practicing the complex movements required for writing, handling tools and manipulating objects.

By tracking arm movements - and even asking participants to write with pens attached to their elbows - the researchers found that the usual dominant-side advantage disappeared when both sides lacked prior experience. With practice, both improved at the same rate.

BSF funding for ongoing research by Dr. Ahmet Arac of UCLA and Dr. Lior Shmuelof of Ben-Gurion University of the Negev helped support the study during the fourth and final year of their clinical neurobiology grant.

The findings deepen our understanding of how skilled movement is learned and represented in the brain, with potential implications for motor rehabilitation following stroke and other neurological injuries.

đź”— Read more: https://www.uclahealth.org/news/release/study-explains-why-your-dominant-hand-better-everyday-tasks

đź“– See study: https://www.pnas.org/doi/10.1073/pnas.2601569123

Ancient pottery has a magnetic memory - and it can expose modern fakes.A new study, funded in part through a BSF grant a...
16/09/2026

Ancient pottery has a magnetic memory - and it can expose modern fakes.

A new study, funded in part through a BSF grant and recently featured in Smithsonian Magazine, shows how faint magnetic signals that accumulate in clay over time can help distinguish ancient artifacts from recently made objects. The findings were published in PNAS.

The key is heat. By measuring the temperature at which those signals disappear, the researchers found a clear difference between pottery more than 1,000 years old and modern samples.

The method could give archaeologists, museum curators and law enforcement authorities a valuable new tool for authenticating artifacts, detecting forgeries and combating the illicit antiquities trade.

The BSF grant was awarded to Prof. Lisa Tauxe of Scripps Institution of Oceanography at UC San Diego and Prof. Erez Ben-Yosef of Tel Aviv University.

Prof. Tauxe is a co-author of the new study. Her ongoing collaboration with Prof. Ben-Yosef - now in its third BSF-funded project - explores changes in Earth’s magnetic field preserved in archaeological materials from southern Mesopotamia.

It is fundamental research with a remarkably practical application - and a powerful example of how sustained U.S.-Israel scientific collaboration can produce discoveries that reach far beyond the original research question.

đź”— Read the Smithsonian Magazine feature: https://www.smithsonianmag.com/smart-news/researchers-determine-how-to-spot-fake-ancient-pottery-using-the-earths-magnetic-field-180989441/

đź“– Read the study in PNAS: https://www.pnas.org/doi/10.1073/pnas.2620397123

đź“·: Scripps Institution of Oceanography at UC San Diego

Shana Tova from the U.S.-Israel Binational Science Foundation (BSF).As Rosh Hashanah approaches, we celebrate the hundre...
10/09/2026

Shana Tova from the U.S.-Israel Binational Science Foundation (BSF).

As Rosh Hashanah approaches, we celebrate the hundreds of researchers in Israel and the U.S. who received funding over the past year through BSF’s flagship Research Grants program, the joint NSF-BSF programs, the Rahamimoff Travel Grants for young scientists, and the more recently launched NEH-BSF and Climate Solutions programs.

Their work reflects the longstanding value of U.S.-Israel scientific collaboration and reminds us why we remain so committed to our mission: bringing together complementary expertise, strengthening ties between our research communities and showing what we can achieve together.

We wish our researchers, partners and friends in both countries a peaceful, healthy and sweet new year, filled with fruitful research, meaningful collaboration and new possibilities.

Researchers interested in collaborating in the year ahead can explore BSF funding opportunities here: www.bsf.org.il

National Science Foundation (NSF)
National Endowment for the Humanities

The U.S.–Israel Binational Science Foundation mourns the passing of Prof. Ada Yonath, Nobel Prize laureate in Chemistry ...
06/09/2026

The U.S.–Israel Binational Science Foundation mourns the passing of Prof. Ada Yonath, Nobel Prize laureate in Chemistry and one of Israel’s most distinguished scientists.

Prof. Yonath pioneered the study of the ribosome - the cellular machinery that produces proteins - taking on a challenge many scientists considered impossible. Her decades of discovery transformed our understanding of one of life’s most fundamental processes and helped pave the way for improved antibiotics.

BSF supported Prof. Yonath early in her career, funding three collaborations between 1975 and 1985 with researchers at the University of Chicago, Yale University and the University of Montana.

One of them, in 1985, explored a new method for studying ribosome structure - a field of inquiry that would remain at the heart of her research for decades, and ultimately earn her the Nobel Prize in Chemistry.

Prof. Yonath’s scientific courage, curiosity and perseverance will continue to inspire researchers in Israel, the United States and around the world.

We extend our deepest condolences to her family, colleagues and the entire Weizmann Institute of Science community.

Photo 1: Prof. Ada Yonath (1939–2026).

Photo 2: Prof. Ada Yonath in her laboratory at the Weizmann Institute, late 1980s.

đź“· Photos courtesy of the Weizmann Institute of Science.

Can you help protect a species' genetic future simply by changing where it finds water?A U.S.-Israel BSF-supported study...
31/08/2026

Can you help protect a species' genetic future simply by changing where it finds water?

A U.S.-Israel BSF-supported study suggests that it may be possible - and the results are striking.

Researchers studied a genetically vulnerable population of Asiatic wild asses in Israel’s Negev Desert, where territorial males establish and defend areas around water sources to gain access to females. With only one water source, just 16–18% of adult males ever got the chance to reproduce - a genetic bottleneck in the making.

Then the team added two more water sources. That's it. No relocation. No managed breeding. Just giving previously excluded males somewhere new to stake a claim.

Following the change, the share of reproducing males jumped to 42–48%, more than double the previous level.

It's a rare case where a relatively simple, low-cost, noninvasive habitat intervention could meaningfully boost a species' resilience - a strategy that may matter more and more as climate change reshapes where water, food and shelter naturally occur.

Behind the finding were 864 noninvasive f***l samples, 535 genetic markers and rigorous parentage analysis. Published in Ecological Applications, the research included BSF partners Dr. Shirli Bar-David and Prof. Amos Bouskila of Ben-Gurion University of the Negev, together with Prof. Alan Templeton of Washington University in St. Louis and Prof. Daniel Rubenstein of Princeton University.

The study marks the third BSF-supported collaboration between Dr. Bar-David and Prof. Templeton, reflecting a sustained U.S.-Israel research partnership in conservation and population genetics.

đź”— Read more: https://www.eurekalert.org/news-releases/1125070

đź“– See study: https://doi.org/10.1002/eap.70226

đź“· Photo credit: Naama Shahar

Celebrating the newest recipients of U.S.-Israel BSF Research and Start-Up Research Grants!In its latest funding cycle, ...
23/08/2026

Celebrating the newest recipients of U.S.-Israel BSF Research and Start-Up Research Grants!

In its latest funding cycle, BSF approved 131 collaborative projects through its Research and Start-Up Research Grant programs, spanning health sciences, life sciences, biomedical engineering and psychobiology.

The 131 awards were selected from a record 429 applications and will support 288 scientists, almost evenly divided between the two countries: 145 in Israel and 143 in the U.S.

By supporting more projects, BSF is creating more opportunities for outstanding scientists at different career stages to pursue ambitious ideas and draw on the complementary expertise and research infrastructure of both countries.

Among the most prestigious opportunities for U.S.-Israel scientific collaboration, BSF grants are awarded through a rigorous, competitive peer-review process involving leading scientists from the U.S., Israel and around the world. They recognize both scientific excellence and the potential to build meaningful partnerships that advance knowledge and often continue well beyond the initial award.

For more than five decades, BSF has invested over $1 billion in more than 6,500 joint research projects, contributing to important scientific, medical and technological advances while strengthening ties between the U.S. and Israeli research communities.

Congratulations to all the new grantees. We look forward to seeing where these collaborations lead.

đź”— Explore the latest awards: https://www.bsf.org.il/search-grant/?FilterYearFrom=2025&FilterProgram=BSFPrograms&PageSize=15&SearchPI=&SearchInstitution=

Slowing aging is one thing. Reversing it is another.As we age, the tightly organized structure that packages DNA inside ...
17/08/2026

Slowing aging is one thing. Reversing it is another.

As we age, the tightly organized structure that packages DNA inside our cells begins to loosen. Genes that should remain inactive can switch on, contributing to inflammation, metabolic decline and loss of tissue function.

BSF grantees Prof. Haim Cohen of Bar-Ilan University and Prof. Rafael de Cabo of the National Institute on Aging - NIH, together with their colleagues, have identified a possible way to turn back some of those changes.

The key is SIRT6 - a protein involved in DNA repair, metabolism and longevity.

The researchers increased SIRT6 levels in the livers of older male mice. The result was more than a slowing of further deterioration. Much of the DNA packaging returned to a more youthful state, inflammatory activity declined and the expression of genes involved in healthy metabolic function improved.

The mice were already old. The age-related changes had already occurred.

That is what makes the finding significant. This is research in mice, not yet a treatment for people. But it suggests that some aspects of biological aging may be more reversible than previously thought - and points toward new ways of extending healthspan, the years spent in good health.

Published in Nature Communications, the study was supported in part by the U.S.-Israel Binational Science Foundation. It builds on a longstanding BSF-supported collaboration between Prof. Cohen and Prof. de Cabo exploring the biological mechanisms that regulate aging.

đź”— Read more: https://www.timesofisrael.com/in-step-toward-immortality-israeli-scientists-say-they-can-rewind-aging-in-mouse-livers/

đź“– See the study: https://www.nature.com/articles/s41467-026-73115-y

đź“· Photo: Courtesy Bar-Ilan University

We’re pleased to celebrate three new U.S.–Israel research collaborations in the humanities.Supported through the partner...
12/08/2026

We’re pleased to celebrate three new U.S.–Israel research collaborations in the humanities.

Supported through the partnership between the U.S.–Israel Binational Science Foundation (BSF) and the U.S. National Endowment for the Humanities (NEH), the projects bring together U.S. and Israeli scholars to explore historical texts, language and cultural heritage through a range of scholarly and technological approaches.

Congratulations to the award recipients:

🔹 Living with Death in Medieval Egypt: Editions and Translations of a Cairo Geniza Corpus

➤ Dr. Oded Zinger, The Hebrew University of Jerusalem
➤ Dr. Eve Krakowski, Princeton University

Preparing print and digital translations of medieval Jewish documents concerning death, written in Hebrew, Aramaic and Judeo-Arabic.

🔹 Revealing Hidden Texts of Manuscript Fragments in Medieval Spanish Book Bindings Using Terahertz Imaging

➤ Dr. Leor Jacobi, Bar-Ilan University
➤ Prof. David Citrin, Georgia Institute of Technology

Using terahertz imaging to access Jewish texts preserved in manuscript fragments hidden within medieval bookbindings.

🔹 A New Comprehensive Grammar of Late Biblical Hebrew

➤ Prof. Nili Samet, Bar-Ilan University
➤ Dr. Vladimir Olivero, Harvard University

Laying the groundwork for an updated comprehensive grammar of Late Biblical Hebrew.

Established in 2022, the NEH–BSF partnership supports collaborative humanities research, with the NEH funding the U.S. scholars and the BSF funding their Israeli partners. The next application cycle is now open for the NEH-BSF Collaborative Research and Scholarly Editions and Translations programs.

🗓️ U.S. applicants must submit to the NEH by September 16, 2026, and their Israeli partners must submit to the BSF by September 23, 2026.

đź”— Learn more: https://www.bsf.org.il/funding-opportunities/neh-bsf-research-grants/about/

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