🇺🇸 Colin Carlson

Colin Carlson was born around 1995 and grew up in Connecticut. His abilities were obvious early; he skipped two grades in public school and, at the age of nine, began taking psychology, history, and other courses at the University of Connecticut while still a child. His childhood became a matter of public attention, with the New York Times profiling him at twelve and Business Insider later including him among a list of the smartest children in history.

His acceleration through formal education was steep. He graduated from Stanford University's Online High School at eleven, then enrolled full-time at the University of Connecticut. By the age of fifteen he had left UConn with two degrees, a bachelor's and a master's, in environmental studies and ecology. His early years were not without friction; as a teenager he was at the center of a widely reported dispute over whether age could be used to bar him from a study-abroad ecology program, a case that touched on how institutions handle students who do not fit the expected timeline.

Carlson has spoken candidly about the experience of being a child prodigy, and about wanting, as he put it, to finally be doing something genuinely new and interesting rather than simply being fast. After UConn he pursued doctoral work, earning a PhD at the University of California, Berkeley, and shifting his focus toward the intersection of ecology, climate change, and infectious disease.

He became a disease ecologist, a scientist who studies how pathogens move through ecosystems and across species. One strand of his early research examined how climate change threatens parasite biodiversity; he was lead author of a study, published in Science Advances, projecting that a substantial fraction of parasite species could face extinction or be forced to redistribute by 2070 as the climate shifts, a counterintuitive argument that even parasites are part of the biodiversity at stake.

The work that brought him wider attention concerned the other direction of risk: not diseases dying out, but new ones emerging. Before COVID-19, Carlson and collaborators were already building models, using mathematics and machine learning, of cross-species viral transmission, trying to predict which animal viruses might spill over into humans and where. When the pandemic struck, the tools were already in hand. As he described it, it was not a moment of realizing they needed to figure out what to do; they had the tools, and suddenly the world exploded.

Out of that moment grew the Viral Emergence Research Initiative, known as Verena, a cross-university collaboration that Carlson co-founded and has helped lead as executive director. Verena develops a data-science-driven approach to assessing which viruses pose a risk to human health, and where, when, and why they might emerge, an attempt to forecast pandemics rather than only respond to them.

Carlson has held positions at Georgetown University and is now an assistant professor of epidemiology at the Yale School of Public Health, where his work addresses the challenges health systems face in what he and others call the Anthropocene, an era in which human-driven environmental change reshapes the landscape of disease. He argues that to forecast spillover, science has to start at the molecular scale, where viruses and hosts actually interact, and build understanding upward from there.

Colin Carlson represents the prodigy who answered the hardest question about prodigies, which is what comes after the acceleration. He did not become defined by having been the fastest child in the room. He became a scientist working on one of the defining threats of the century, and his trajectory is a reminder that the value of a prodigy's gift is finally measured by the problem it gets pointed at.