ENG: Researchers at MIT have introduced a new artificial intelligence–based mapping system designed for robots operating in large, unpredictable environments. The work is motivated by search-and-rescue scenarios, where a robot must rapidly understand its surroundings and determine its own position while navigating hazardous terrain. To address the limitations of existing vision-based methods that can process only a small number of images at once, the researchers developed a solution that efficiently scales to thousands of images and produces accurate 3D maps in real time using only onboard cameras.
Read MoreA Paper-Thin Brain Implant That Brings the Brain and Computers Closer Than Ever
ENG: Researchers from Columbia University, NewYork-Presbyterian Hospital, Stanford University, and the University of Pennsylvania have unveiled a new brain–computer interface platform known as the Biological Interface System to Cortex (BISC). The work brings together advances in semiconductor engineering, neuroscience, and clinical neurosurgery to address long-standing limitations of implantable brain interfaces. The team set out to replace bulky, invasive implants with a system that is dramatically smaller, safer to implant, and capable of handling the massive data volumes required for modern AI-based neural decoding.


