Experts from two universities (Minnesota and Carnegie-Mellon) have made a real breakthrough in noninvasive robot control.
One small catch - the blood isn’t real. A liquid electrolyte courses through the robot’s veins, serving as a source of energy.
For humans, it often takes one glance to make complex conclusions about the density, texture and weight of an object. The opposite is also true: after touching something with our eyes closed, we will instantly understand what it looks like. Robots are a different story. Scientists at the MIT Artificial Intelligence laboratory are hard at work trying to teach machines to effectively interact with the environment around them.
Robots usually surprise us with their acrobatic abilities, but the skills of the Reeti device created by German engineers are of a different nature. Its strong point is irony.
Nuclear power plants become obsolete and need to be decommissioned after a certain period of time. As this is a long and hazardous task, it is best solved it remotely, using special robots.
Chinese brand DJI is famous throughout the world as a multicopter manufacturer. But the company has apparently decided to try hand in a new capacity and released its first ground-based robot.
Art always reflects the spirit of its time, so it is only natural that it is embracing new technologies. British engineers have created Ai-Da robot artist, whose paintings are admired even by the strictest of critics.
Researchers at Georgia Institute of Technology have created a SLOTHBOT machine to collect information on air chemical composition and weather. Just like a real sloth, it sits on a tree and barely moves.
Researchers at the University of California, Berkeley, have worked on VelociRoACH robots for over 10 years, trying to make them look like real-life insects. Recently, the main drawback of the devices has been eliminated.
Soft robots are predicted to replace their rigid peers, but the practical implementation of this technology is still lagging behind. The Harvard researchers are trying to change the situation.
Many companies are developing their own delivery robots, with a variety of solutions available on the market. The key drawback of most developments is their inability to handle steps and staircases. Japanese company Amoeba Energy has easily solved this problem by building a device based on a tracked chassis.
Even children can write and draw, but these two skills are actually more difficult than we think, because they require coordination between our minds and hands. Despite the difficulty of these processes, some developers from Brown University have managed to pass on primitive drawing and writing skills to a robot.