DolphinGemma Attempts Communication with Dolphins
Researchers are developing a potential dolphin translator, marking a significant step towards communicating with one of the planet's most intelligent species. DolphinGemma, an upcoming Language Model Machine (LLM), will reportedly be based on data collected by the Wild Dolphin Project. Using decades of recordings, this LLM could potentially facilitate more effective communication with dolphins.
DolphinGemma is designed to run on Google Pixel phones, taking advantage of Google's Gemini product and the enhanced AI processing capabilities of the Pixel 9 model. This makes it less cumbersome than carrying a mainframe during dives. The Wild Dolphin Project currently uses the Georgia Tech-developed CHAT (Cetacean Hearing Augmentation Telemetry) device, which features a Pixel 6 phone at its core.
It's worth noting that LLMs are increasingly being employed to decipher ancient and mysterious languages. While breakthroughs are still limited, researchers from various disciplines are collaborating to solve linguistic mysteries. If successful, a dolphin translator could provide valuable insights into their communication patterns.
For those interested in other linguistic enigmas, ongoing projects include the decipherment of Linear A, a script from the Minoan civilization, and Elamite Cuneiform, an ancient language of Iran. In these cases, LLMs are used as tools to aid and speed up linguistic analysis, playing a crucial role in generating hypotheses and identifying patterns.
As with any groundbreaking research, progress may be slow, and definitive breakthroughs are yet to come. However, the development of a dolphin translator represents a significant step towards understanding the complex language of these fascinating creatures.
The development of DolphinGemma, an upcoming Language Model Machine, is set to run on Google Pixel phones, leveraging Google's Gemini product and the advanced AI processing capabilities of the Pixel 9 model. This venture into environmental-science and artificial-intelligence technology signifies a new frontier in science, as researchers strive to decode and understand the complex language patterns of dolphins. Paralleling these efforts, LLMs are also efficiently being employed in other areas, such as the decipherment of ancient scripts like Linear A and Elamite Cuneiform, demonstrating the potential of this technology in the realm of science and art.
