How eight visionary scientists are reshaping our understanding of the universe—and why supporting science has never been more vital

Why Science Needs Champions—Now More Than Ever

In an era where scientific integrity is under siege—from the suppression of climate research and the rollback of environmental safeguards to severe cuts in renewable energy funding—the urgency to defend science has never been clearer. These attacks reverberate far beyond laboratories; they jeopardize our environment, our health, and the very policies shaping our collective future.

Journey to Norway: Honoring Scientific Pioneers

Prize Week festivities unfolded across Oslo, a city nestled between the shimmering Oslofjord and lush forests. We began our coverage with a sun-drenched afternoon cruise—a warm welcome that provided jet-lagged laureates and their families a peaceful prelude to an exhilarating week. Over the following days, the laureates gave lectures and attended many receptions and dinners that created an atmosphere of intellectual exchange and heartfelt celebration.

· Astrophysics: David Charbonneau & Sara Seager – For pioneering the discovery and atmospheric characterization of exoplanets, broadening our search for life beyond Earth.

· Nanoscience: Robert S. Langer, Armand Paul Alivisatos, & Chad A. Mirkin – For groundbreaking work integrating synthetic nanoscale materials with biology, advancing medicine and diagnostics. (Notably, Langer co-founded Moderna.)

· Neuroscience: Nancy Kanwisher, Winrich Freiwald, & Doris Tsao – For unraveling how the brain recognizes faces through a specialized neural system, deepening our understanding of human perception.

Throughout the week, I captured behind-the-scenes footage and was fortunate to hear a variety of lectures that showcased the profound impact of these discoveries:

In neuroscience, Nancy Kanwisher’s team pinpointed brain regions dedicated to facial recognition. Building on this, Doris Tsao and Winrich Freiwald mapped the neural circuitry that allows us to recognize individual faces—a cornerstone of social connection.

Astrophysicist Sara Seager developed Transit Transmission Spectroscopy, enabling the detection of atmospheric gases on distant exoplanets—potential markers of life. David Charbonneau was the first to detect transiting exoplanets and analyze their atmospheres, pioneering a new era of planetary exploration.

The pioneering work of the nanoscientists was truly mind-blowing. Robert Langer’s work on controlled drug delivery revolutionized treatment for countless diseases and laid the foundation for mRNA vaccines like those for COVID-19. Armand Paul Alivisatos advanced quantum dot technology for bioimaging, while Chad Mirkin’s spherical nucleic acids paved the way for rapid diagnostic tools.

The Kavli Prize Award Ceremony in Oslo was a grand affair, graced by global scientific leaders and His Majesty the King of Norway. More personal moments emerged during receptions at the Norwegian Academy of Science and Letters and the U.S. Embassy, offering candid glimpses into the lives of laureates beyond their achievements.

Our journey continued north to Trondheim where we documented additional talks at the Norwegian University of Science and Technology, before venturing to the Kavli family farm—now a museum dedicated to Fred Kavli’s legacy. Traveling through Norway’s famed fjords underscored the breathtaking beauty that inspired Kavli’s lifelong dedication to science and humanity.

Science as a Pillar of Our Future

Fred Kavli believed that science is the foundation of informed decision-making and global progress. Without robust scientific inquiry, we lose the tools to combat climate change, develop life-saving technologies, and protect vulnerable communities. Championing science means more than appreciation—it requires action:

✅ Funding research

✅ Advocating for evidence-based policies

✅ Fighting misinformation

✅ Ensuring scientific freedom from political interference

Now, more than ever, science needs champions. Our collective future depends on it.