Science Lost in the Skies

The world watches missiles fly over the Middle East and sees the obvious damage: people hurt, leaders lost, oil prices jump. But a hidden cost is also growing, one that shows up not on a battlefield map but in laboratories and libraries.

In June of last year, two missiles from Iran hit the Weizmann Institute in Israel. The strike stopped almost a fifth of the institute’s research and ruined more than 25,000 samples in 52 labs.

Cancer studies that had been moving forward for years were suddenly halted. A vaccine in development lost months of data, and scientists who had built long‑term experiments were forced to start over.

The damage is not confined to Israel. Researchers in Boston, Chicago and beyond rely on findings from Israeli labs. When one link in that global chain breaks, patients waiting for new treatments may have to wait longer, and students from many countries lose years of hard work.

Science depends on continuity. Experiments run over months or even decades, and a single interruption can erase all that time. Unlike a physical building that can be rebuilt, the knowledge and data lost cannot simply be replaced.

After the attack, scientists at Weizmann moved their work to temporary spaces and shared equipment with colleagues. They managed to rescue some progress, but many experiments were lost forever.

The resilience of science is clear: people adapt and push forward even after setbacks. Yet that resilience does not erase the years of progress that are gone. The price of war, therefore, includes not only human suffering but also the loss of knowledge that could save lives in the future.