For a long time, the idea of humans speaking with animals has been confined to fiction, with children’s stories like Dr. Dolittle , The Jungle Book and The Chronicles of Narnia . In recent years, a special form of AI called machine learning has enabled apps such as Google Translate and Microsoft Translator to accurately and rapidly translate between different human languages. So far, nobody has been able to translate non-human communication — but that could be about to change!
language teaching People have attempted to teach human words to animals for centuries, but with little success. Scientists have conducted studies on the signals, gestures and sounds of a wide range of different creatures, including parrots , chimpanzees, dogs, dolphins, and even bees. Most of that work involved time-consuming observation, recording and data analysis.
ALIGNING SHAPES Machine learning has changed everything. Working with human languages, it represents words in physical space using multi-dimensional geometry. Translation becomes possible when geometric shapes from two different languages align. If AI can match the complex variety and meaning of two unrelated human languages, perhaps it could do the same between non-human and human communication.
CONSERVATION Earth Species Project (ESP) is a California-based non-profit organisation that aims to decode non-human communication. ESP uses machine learning to analyse a large volume of recorded data from a variety of creatures to check for alignment between the geometry of the animal sounds and signals, and human language. ESP believes that the project will support conservation and change human relationships with nature.
RACE FOR UNDERSTANDING In a race for understanding, other scientists are also using advanced AI to learn more about animal language within the context of their lives, needs and emotions. Project CETI, for example, studies sperm whales using underwater microphones, digital mini-recorders, drones and robot fish. Elsewhere, experts are using technology to study elephants, mole rats , turtles, bees and birds. Scientists at Tel Aviv University have recently decoded the vocalisation of fruit bats .
LISTEN CAREFULLY Globally, conservationists have described the combination of digital recordings and AI analysis as a “planetary-scale hearing aid ” to other species. No one knows how many species of animal exist on earth: estimates vary from just over two million to perhaps one hundred million. So far, we only understand the language of one species: human. Could we now be on the brink of inter-species communication? How different would our world be if we could learn to talk to animals?