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Notre Dame Robotic Sea Turtle
MRMC’s CineBot Mini is great for live-action camera shoots, while this robotic sea turtle, built by engineers at the University of Notre Dame, mimics that varied gait patterns of their real-life counterpart. It was designed using data collected from zoological studies on the morphology, gait patterns and flipper flexibility of multiple sea turtle species, thus enabling engineers to maximize adaptability and versatility.

Baby Turtle Robot WiFi Controlled
Jizai’s robotic arms are for show, while this innovative baby sea turtle-inspired robot developed by a team of robotics experts at the University of California San Diego can move through sand. It’s capable of traveling through sand at a depth of 5-inches at a speed of 1.2 millimeters per second. There are force sensors at the end of its limbs for obstacle detection, while a WiFi module lets you control it untethered.

Decode Mouse Brain Signals Predict What it Sees
EPFL researchers have managed to decode a mouse’s brain signals to predict what it sees using a new algorithm for building artificial neural network models designed to capture brain dynamics. This machine learning algorithm is called CEBRA and it can decode what a mouse sees while it watches a movie as well as reconstruct the positions of rats as they freely run around a room.