Dive into the fascinating world of underwater robotics with MIT's groundbreaking creation - SoFi, the autonomous robotic fish! Watch as SoFi swims alongside real marine life, capturing stunning high-resolution images and videos of underwater ecosystems. Discover how this innovative technology is revolutionizing ocean exploration and marine biology research. Join us on a journey to explore the depths of the ocean like never before with SoFi!
Category
📚
AprendizajeTranscripción
00:00Researchers at the Massachusetts Institute of Technologies, MIT, Computer Science and
00:11Artificial Intelligence Laboratory, CSAIL, have unveiled an innovative robotic fish named
00:17Sofi, crafted from silicone, capable of swimming autonomously alongside real marine life.
00:24This breakthrough has already been showcased at Fiji's Rainbow Reef, where Sofi navigated
00:29depths exceeding 50 feet for a duration of 40 minutes.
00:34Equipped with a fisheye lens, Sofi can capture high-resolution images and videos, providing
00:40a unique perspective on underwater ecosystems.
00:44Unlike traditional autonomous underwater vehicles, AUVs, Sofi boasts a streamlined, lightweight
00:50design featuring a single camera, motor, and a lithium polymer battery similar to those
00:55found in smartphones.
00:58Its wavy tail and sophisticated buoyancy control allow it to glide in a straight line, execute
01:03turns, and dive with remarkable ease.
01:07Robert Katzschmann, the lead author of a paper published in Science Robotics, remarked,
01:13�To our knowledge, this is the first robotic fish capable of untethered, three-dimensional
01:18swimming for extended periods.�
01:21He expressed enthusiasm about the potential of such a system to observe marine life more
01:26closely than human divers can.
01:28Sofi�s construction includes a back half made of silicone rubber and flexible plastic,
01:35with several 3D-printed components, including its head, which houses all the necessary electronics.
01:43This innovative design marks a significant step toward creating a new type of underwater
01:47observatory, potentially revolutionizing ocean exploration and expanding our understanding
01:53of marine life.
01:55The development of Sofi represents an exciting frontier in marine biology, offering unprecedented
02:01opportunities to study underwater environments with minimal disruption to the natural behavior
02:06of marine creatures.