A Scientific Research Vault
Yaskawa Electric Corporation has unleashed Motoman MH24, a 6-axis high-speed robot that shows impeccable range of applications in handling and machine tending. In Yaskawa challenge, the bot competed with Isao Machii, the world-famous sword master and displayed its kills around bamboo poles.
Read More
Researchers from CS & AI at MIT in collaboration with Technische Universitat, Germany have created a self-folding bot based on Japanese concept of folding paper into decorative shapes and figures called origami. The tiny bot fold, walks, swim and degrades autonomously.
Read More
Mark Schnitzer and his team at Stanford have created a fly-catching robot for speeding up of biomedical research. The bot inspects awake flies and performs behavioral experiments, which previously were not so easily carried out as the flies were under the effect of anesthesia.
Read More
NASA funded robotic eel project is one of the most enticing venture so far. With an aim of delving deep into the ocean-bed of Europa, (Jupiter’s moon), the soft robotic eel is fabricated for scavenging electrical energy from magnetic fields and employing it for creating oxygen and hydrogen so that the machine can generate an outburst, which’ll further help for it’s propulsion. There is still more to it, the bot is sheathed with a soft flexible cover, which is not only stretchable but also electroluminescence.
Read More
Controlling dozes of bots at the same time seems to be a Sci-Fi concept but the technology has made its presence felt within some enthusiastic segments of robo scientists. Thinking on the same line of thought, Georgia Tech’s GRITS Lab has fabricated a method of dynamically controlling huge swarms of robo minions by just using just a tablet and a finger or two probably. The idea is to rely on swarm of tiny bots by intuitive controlling than a single big robo-machine.
Read More
Experts predict that abilities of robots will expand exponentially and by 2025 smart machines will eclipse one-third of jobs. We are already witnessing some glimpse of the forecast in southern China.
Read More
Researchers at Cornell have unleashed PR2, a robot that can prepare coffee autonomously. All the bot require is coffee maker of course and a manual of natural language instructions.
Read More
Inspired by a small rodent, gerbil, researchers at the University of Pennsylvania have unleashed robot Jerboa. This dynamic bot has no legs but actuated hips and a tail through which movement is achieved.
Read More
Tethers Unlimited, an American aerospace company is busy making ‘SpiderFab’, a manufacturing system inspired by spider’s web making concept. The arachnids like robots are being built with an aim of placing gigantic objects and building big structures in orbit and beyond. For instance, these spider bots could be employed for constructing huge radio antennas, the extendible spacecraft booms, multiple solar panels, trusses and other multifunctional structures within the coming ten years as stated by Rob Hoyt, CEO and chief scientist of Tethers Unlimited.
Read More
Biomimicry has always fascinated developers, every now and then they try mimicking nature into the human work force. This time, Festo, German technology firm, has come up with human hand sized robotic ants, which the developers envision might collaborate on factory production systems in the near future.
Read More
A hotel run by humanoid robots is no more a far fetched dream, especially from a country that is famous for robotics and technological innovation, Japan. The Henn-na Hotel located in Nagasaki plans to recruit 10 humanoid robot also named as actroid androids. These lifelike bots would greet the guests with a smile and would assist the guests by carrying their baggage, prepare coffee and even clean their rooms. Actroid, woman robot of Japanese descent Kokoro is the robotics company that is developing theses actroid robots since 2003 that looks…
Read More
After the success of REEM humanoid, PAL Robotics, Spain has come up with TIAGo (Take It And Go). The bot is integrated with mobile manipulator system, which gives it an edge of mobile platform by extending the workspace of robotic manipulator arm.
Read More
For the first time consumer-grade electronics are used for programming autonomous drones. This drone makes use of smartphone as its brain. The phone senses its environment by taking real time pictures. Even the real time computation is done on the device itself along with higher-level autonomy, maneuvering, navigation, control and computer vision algorithms. The product is the brainchild of GRASP Laboratory, University Of Pennsylvania. Click on the video below to see the autonomous flying robot: This makes me think, if you lose your smartphone, you’d end up losing the drone…
Read More
Biomechatronics researchers at Bielefeld University, Germany have come up with a bot called Hector that is inspired from stick insect, another invention in the field of biomimicry. The insect bot has six limbs with an ability of functioning independently. The embedded sensors help it in reacting autonomously to its external setting and accordingly assist in learning from experience. Only for research platform Jan Paskarbeit, the developer envisions Hector in areas like testing animal locomotion theories. The bot however, is not designed with an intention of severing humans in areas like…
Read More
Experts believe that micromachines or nanobots use in the field of medicine can change the way some of the medical conditions are diagnosed and treated. Using these nanobots, medical payload would be sent directly to the specific injury site. Until now the researchers have achieved to test such micromachines in cell samples under laboratory conditions.
Read More