Browse ScienceInfo articles and explainers related to Robotic.
428 published items.
In the document Stanford University published in Science Robotics shows that the new micro-robots can move in the air with loads greater than 40 times their weight.
A French researcher invented a robotic finger attached to your mobile phone. The robot can look at the desk, or stroke your hand.
The system includes blood-guided robots, sample processing modules and blood analyzers that provide highly accurate and fast results, according to RT.
People who are busy often complain that they need one more arm to do all the work, but now, that may be about to come true.
The team of robotics experts at Tokyo University built Dragon robots with the ability to fly for a short time and rearrange their parts, Futurism reported on June 26.
Today's movable robots often have problems in uneven terrain because each of their moves will vary in height and distance.
This device is a water-spraying elephant that can automatically move, extinguish a fire, without the need for direct human interaction, like traditional nozzles.
In the age of technology development as the current storm, the robot and robot replacement we do everything is not far away.
Scientists from the University of Pierre and Marie Curie (France) and the University of Wyoming (USA) say they have built this robot based on the mechanism of self-recov…
According to a recent report, a robot fish can open up secrets about life under the sea - where researchers cannot approach themselves.
According to the Asahi Shimbun, artificial intelligence is used in # 70 CUE to bring this robot the ability to observe and calculate throwing balls.
A team of students at the University of Antwerp, Belgium, created a robotic arm with the ability to translate words into sign language, making it easier for the deaf to…
Scientists at the Ishikawa Watanabe Laboratory in Tokyo, Japan successfully developed a robotic arm
A woman who had an accident and lost her arm 20 years ago received an artificial arm, through tiny electrodes and sophisticated sensors.
Typically, the robot takes a considerable amount of time (several dozen seconds) to reorganize after an unexpected physical damage.