Humanity is facing the collapse of entire ecosystems, and the biodiversity of our planet is being eroded at unprecedented rates. It is a pivotal time for us to reshape how we co-exist in and with nature. Recent advances in engineering, artificial intelligence, biology, and linguistics have brought us closer than ever to understanding the communication of other animals. The sperm whale is the animal with the largest brain, and like humans, it has a complex communication system and lives in tightly knit family groups. These whales also help keep carbon out of the atmosphere, support our oxygen supply, and increase marine life. We now have the tools to identify and translate the deep structure of their communicative patterns and to kickstart the path towards meaningful dialogue with another species. By illustrating whales’ incredible intelligence and advocating for legislation, we can accelerate conservation efforts.
Project CETI (Cetacean Translation Initiative) is bringing together a unique team of accomplished scientists and technologists to study the communication of sperm whales. Recent breakthroughs in AI and unsupervised machine translation have, for the first time, allowed researchers to interpret and translate between two unknown human languages without needing a “Rosetta Stone” or parallel structure. Project CETI will build on these discoveries to provide the first-ever blueprint of another animal’s language. Over the next five years, Project CETI will seek to understand sperm whales on a level never achieved before. Using advanced machine learning and state-of-the-art non-invasive robotics, the team will listen to and translate the communication of these majestic creatures and perhaps even talk back.
Project CETI aims to help us connect with and better understand the animals we share the planet with, while highlighting the critical role biodiversity plays in our interwoven global ecosystem. The multi-disciplinary team will tackle this groundbreaking work in four phases. First they will develop non-invasive and non-destructive “delicate” robotics technologies. Next, they will deploy this technology to listen to a population of sperm whales off the coast of Dominica in the Caribbean, where Dr. Shane Gero, Project CETI’s whale biology lead has been gathering data on the sounds, social lives, and behaviors of sperm whales. Once data and context information is collected, scientists will decode using cutting-edge machine learning, and linguistics methodologies. Project CETI will also launch a public portal, and through partners like the National Geographic Society will engage a global community in the deep wonder of our attempt of meaningful dialogue with a non-human species.
Bringing together the world’s experts in sperm whale field biology, robotics engineering, machine learning, linguistics, and public outreach, the Project CETI team will be an extraordinary and collaborative gathering of experience and expertise. Working alongside Project lead David Gruber will be a handful of subject matter experts from Harvard, MIT, Imperial College, University of Haifa, UC Berkeley, and the Institute for Scientific Interchange; including robotics expert Daniela Rus, Shafi Goldwasser who is credited with revolutionizing cryptography science and Twitter’s Michael Bronstein an expert in deep machine learning. Gruber’s team has also already applied deep machine learning techniques to sperm whale clicks with 99.5% accuracy in pulling Sperm whale clicks out of noise, 97.5% accuracy in categorizing 23 types of click patterns, and 95.3% accuracy in recognizing whale dialects. These results demonstrate AI’s capability to recognize patterns in this aquatic Morse code. The Project CETI scientists will combine these insights with findings from The Dominica Sperm Whale Project, a highly-respected study into the social lives, dialects, and genetic relationships of 30 families of sperm whales.
David is the lead for Project CETI. He is the Presidential Professor of Biology and Environmental Science at City University of New York (CUNY). David is also an Explorer for National Geographic, discovered the first biofluorescent sea turtle, and developed a "shark-eye" camera to gain a shark's perspective of the underwater world. With collaborators, he uncovered scores of novel fluorescent compounds from marine animals that are now being used to develop better cancer drugs and understand the human brain. He was awarded the National Geographic Innovation Challenge grant with Harvard roboticist Dr. Robert Wood to develop new "soft" and "delicate" deep-sea sampling tools. He is a Radcliffe Institute fellow, and in 2019 he received the Lagrange Prize, a prestigious international accolade for complex systems science.
Being able to decode a non-human language is now within our reach! Share this idea and help to reshape our relationship with animals and the earth we share.
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