From 9am -11am on March 27, David Gruber, Distinguished Professor of Biology and Environmental Sciences at the City University of New York and a National Geographic Explorer, will present an online seminar exploring the intersections of marine science, artificial intelligence, and interspecies communication. His work examines how emerging technologies are influencing the ways we understand nonhuman intelligence and reconsider how humans listen to and engage with other species.
As Founder and President of Project CETI (Cetacean Translation Initiative), Gruber leads a large-scale research collaboration applying advanced machine learning, robotics, and acoustic science to interpret the communication of sperm whales. This ambitious initiative brings together marine biologists, AI researchers, engineers, and linguists to investigate whether aspects of whale communication can be decoded and meaningfully understood.
Focusing on the theme of interspecies communication and technological mediation, this seminar examines how scientific innovation may transform the ways humans listen to, interpret, and relate to other species. Gruber’s research engages complex systems science, environmental humanities, and art–science collaboration, raising important questions about translation, agency, and the ethics of communicating across species boundaries. What does it mean to “understand” another species? How might AI alter our perception of intelligence? And how could these developments support biodiversity conservation and ecological awareness?
This presentation marks the final event in Resonant Ecologies, hosted by Professor Liza Lim through her ARC Laureate Program Resonant Earth: Music, Ecology and Climate Justice. This event is supported by the Sydney Environment Institute.
David Gruber is the Founder & President of Project CETI (Cetacean Translation Initiative), a nonprofit, interdisciplinary scientific and conservation initiative on a mission to listen to and translate the communication of sperm whales. He is a Distinguished Professor of Biology and Environmental Sciences at the City University of New York, Baruch College & The CUNY Graduate Center. His interdisciplinary research bridges animal communication, climate science, marine biology, microbiology, molecular biology and his inventions include technology to perceive the underwater world (“shark-eye camera”) from the perspective of marine animals.
Professor Gruber’s research led to the discoveries of the first biofluorescent sea turtle, more than 200 species of biofluorescent and bioluminescent organisms. His research group has identified and elucidated novel families of fluorescent molecules from eels, sharks and corals. His long-standing collaboration with the Harvard Microrobotics Laboratory has led to the engineering of some of the most gentle and minimally-invasive robots to better understand, interact with life in the deep ocean.