live drawing robot

MIT researchers have built a paper-thin swimming robot powered by living muscle cells, capable of navigating through watery mazes. The soft robot uses muscle tissue to propel itself through fluid environments, a demonstration that could advance research into biomedical devices and minimally invasive medical technologies. Coverage of the biohybrid design is drawing attention to how engineered muscle can replace conventional motors in tiny machines.

Engineers have developed robots powered by lab-grown muscle tissue instead of conventional motors, according to an Electronics Weekly report. The biohybrid approach uses cultured muscle cells that contract to drive movement, pointing to softer, more adaptable machines. The development is drawing attention for its potential in medical devices and flexible robotics.

At NVIDIA's GTC event in Berlin, CEO Jensen Huang demonstrated training robot ducks live on stage, showing how the company's AI technology can teach machines new behaviours in real time. The stunt drew attention for its playful format and for underlining NVIDIA's push into robotics and physical AI beyond chips and data centres.

A robot took part in an improv comedy performance at a Denver club, performing alongside human actors in a segment exploring what it means for a robot to face death. The show featured unscripted conversations between people and the machine, in what organizers describe as possibly the first such exchange on a comedy stage. The event highlights growing public curiosity about AI in live performance and how humans relate to machines.

Researchers report that lab-grown brain tissue, known as organoid intelligence, has been trained to interpret Braille-style sensory input and to control a robot dog through an interface. The work suggests living neural tissue can process tactile information and direct machines, raising possibilities for biocomputing while drawing ethical scrutiny over the use of brain-like tissue.

Ohio-based RoadPrintz, Inc. is building robots designed to automate the painting of road markings. Local news coverage in Cleveland highlighted the company's work, drawing attention to how automation could make road painting safer and more efficient by reducing the need for crews to work in live traffic. The story has sparked interest in the growing role of robotics in infrastructure maintenance.

Combat sports involving remote-controlled fighting robots, described as 'wired warriors', are being promoted as a potential future direction for live competitive events. The idea raises questions about whether robot battles could draw audiences comparable to human combat sports, and what such events would mean for fighters and the entertainment industry. Details about specific competitions, teams, or results remain limited.