$100,000 went to UC Berkeley scientist Julie Elie, who won the 2026 Coller-Dolittle Prize for identifying 11 core zebra finch calls and their meanings.
More than a decade of recordings and machine-learning analysis showed the birds signal identity and activity through distinct calls, with individual signatures helping them recognize one another.
Behavioral tests backed the decoding: finches learned to skip unrewarded calls and more often confused calls with similar meanings than similar sounds, suggesting they grasp call meaning.
The prize, launched in 2024 by the Jeremy Coller Foundation and Tel Aviv University, is part of a broader push toward two-way human-animal communication, alongside a $10 million grand prize.
Researchers say AI is speeding progress in deciphering animal communication, though judges called true back-and-forth communication still distant even as backers predict a breakthrough by 2030.
If animals can soon 'talk' back, is humanity prepared for what they might have to say?
As we decode animal languages, what ethical rules will stop us from becoming planetary eavesdroppers?
Decoding Zebra Finch Language: Dr. Julie Elie’s $100,000 Coller-Dolittle Prize and the Future of Two-Way Interspecies Communication
Overview
On June 26, 2026, Dr. Julie Elie received the $100,000 Coller-Dolittle Prize for her pioneering research into zebra finch vocalizations. Driven by a deep curiosity about what these highly vocal songbirds are saying, Dr. Elie spent over 15 years studying their complex sounds. Her work uncovered how zebra finches use a rich variety of calls, revealing new insights into animal intelligence and communication. By focusing on the birds’ abundant vocal data, Dr. Elie pushed the boundaries of understanding how animals express themselves, marking a major step forward in interspecies communication research.