Engineers at RMIT University have developed a tiny device that processes hand movements in real time, stores visual memories, and performs brain-like tasks independently.
The breakthrough, based on neuromorphic technology mimicking human brain functions, enhances fields like robotics, autonomous vehicles, and human-machine interaction.
The device uses molybdenum disulfide (MoS2) to capture light, detect changes in its environment instantly, and store memories efficiently without excessive data or energy consumption.
This advancement could revolutionize visual tasks in technology, making operations faster, more energy-efficient, and could lead to enhanced capabilities in robots, autonomous vehicles, and various other applications.