The foolishness of fencing off genius

Since October 7, 2023, the global academic community has witnessed an unprecedented surge in campaigns to ostracize Israeli universities. What began as campus protests has hardened into “silent boycotts”—institutional breaks, journal desk rejections, and quiet exclusions from research consortia.

Yet, those leading this isolation campaign fail to realize a fundamental truth: cutting ties with Israeli academia is an act of intellectual self-harm. Breakthrough science is a hyper-collaborative network. Attempting to isolate Israel fractures the global brain trust, ensuring that foreign universities will be the ones to lose out on tomorrow’s Nobel-level advancements.

Israeli academic excellence did not emerge from a vacuum. It is deeply rooted in the Jewish heritage that elevates rigorous learning and debate. While academic circles frequently cite the statistic that Jewish scholars comprise over 22% of all Nobel laureates despite being 0.2% of the global population, the collaborative scaffolding provided by Israeli institutions to other Nobel laureates is rarely mentioned. Decades of Nobel history in Physics, Chemistry, and Medicine prove that Israel’s elite universities—including the Weizmann Institute of Science, the Technion, and the Hebrew University of Jerusalem—serve as primary engines for this global network.

The 2026 Nobel Prizes highlight how deeply intertwined global breakthrough science remains with Israeli scholars:

• Medicine: Two of this year’s three laureates have strong ties with Israel. Karl Deisseroth (Stanford) and Peter Hegemann (Humboldt), who shared Israel’s Technion Harvey Prize in 2016, maintain active relationships through local conferences and guest lectures. Furthermore, Deisseroth supervised the postdoctoral training of prominent Israeli scholars Ofer Yizhar (Weizmann) and Inbal Goshen (Hebrew University), co-authoring foundational papers with them.
• Physics: Francis Halzen (University of Wisconsin-Madison), the sole 2026 physics laureate, built his work upon theoretical foundations laid by Eli Waxman (Weizmann) and his colleagues. Halzen has co-authored papers with Waxman, visited Weizmann, and delivered numerous guest lectures across Israel.
• Chemistry: Henri Kagan, a 2026 chemistry co-laureate, shares a long history of collaboration with Israeli peers. A 2001 Wolf Prize recipient in Jerusalem, Kagan has supervised Israeli postdocs, visited the country’s top labs repeatedly, and introduced his “Kagan Catalysts” as focal research areas in Israeli institutions.
• Economics: Michael Woodford, a 2026 economics co-laurate, maintains close ties to Israeli colleagues.  He has visited Israel, participated in a professional conference organized by Israel’s Central Bank, gave lectures at the Hebrew University and engaged with Israeli faculty and students.

This synergy is not new. It spans over a century, beginning when Albert Einstein visited the Technion and helped establish the Hebrew University in 1924-25. It shaped the 2004 Chemistry prize, which bridged the American lab of Irwin Rose with Israeli pioneers Aaron Ciechanover and Avram Hershko. It anchored Martin Karplus’s 2013 Chemistry prize for multiscale chemical modeling, which relied heavily on computational lineages pioneered at Weizmann. Dozens of other laureates—including Eric Kandel, Katalin Karikó, Shuji Nakamura, Barry Sharpless, Roger Kornberg, David Gross, and Claude Cohen-Tannoudji—have held guest professorships, served on local advisory boards, or received Israel’s prestigious Wolf and Harvey prizes prior to their Nobel recognition.

The elite minds of human history did not partner with Israeli scientists out of political compliance or charity. They did so because they recognized an irreplaceable density of raw talent, creative problem-solving, and intellectual rigor.

This underscores a vital principle for the broader academic community: if collaboration with Israel is vital for the most brilliant minds on the planet, it is surely vital for the rest of the scientific community.

When an institution in the UK, the Netherlands, or the United States freezes student exchanges, drops out of a shared Horizon Europe consortium, or halts joint grants with an Israeli counterpart, they do not just stall Israel’s capabilities. They actively deprive their own mid-career faculty and graduate students of elite mentorship, world-class lab environments, and cutting-edge data pipelines.

The academic boycott of Israel is a short-sighted strategy that ultimately punishes the societies of those who enforce it. It stalls international research, slows down the pipeline of discovery, and leaves participating universities isolated from a primary engine of innovation. To boycott Israeli academia is to boycott the future of human advancement—and history shows that when you try to wall off genius, you only succeed in locking yourself in the dark.