Rubin innovator Tony Tyson celebrated by Time magazine
Published 13 May 2026
Astronmer Tony Tyson is the Founding Director of Rubin Observatory
Astronomer Tony Tyson, who 30 years ago set in motion what was to become the Rubin Observatory, has been included in TIME magazine's list of the most 100 influential people on the planet.
The 2026 TIME100 list celebrates individuals whose impact, innovation, and achievements are shaping the future across science, culture, and society. Tyson’s inclusion – under the Innovators banner – recognises his pioneering contributions to cosmology and his leadership in advancing one of the most ambitious astronomical surveys ever undertaken.
“Thirty years ago, astronomer Tony Tyson had the vision to suggest this intriguing path, and the persistence to build something many thought impossible. Throughout the construction, Tony, as chief scientist, played a critical role in tackling some of the thorniest research problems, pushing the boundaries of detector and survey design and transforming a bold idea into a flagship observatory,” writes Risa Wechsler, Professor and Cosmologist at SLAC National Accelerator Laboratory and Stanford, for TIME.
As founding Director of Rubin Observatory, Tyson has been instrumental in shaping the Legacy Survey of Space and Time (LSST). “I’m deeply honored to be included in the TIME100,” says Tyson. “This recognition reflects the extraordinary work of the many scientists, engineers, and partners behind Rubin Observatory. Together, we are building a new way of seeing the Universe — one that will open discovery to the global community and inspire the next generation.”
Bob Blum, Director of Operations for Rubin Observatory praised his colleague: “Tony Tyson’s vision has helped redefine how we explore the Universe," he said. "His work exemplifies the power of innovation and collaboration in pushing the boundaries of discovery.”
The full TIME100 list and tributes appear in the 27 April 2026 online issue of TIME.
Image credit: NSF–DOE Vera C. Rubin Observatory/NOIRLab/SLAC/AURA/G. Watry