A Scientific Research Vault
Sensors that could stretch will pave way towards new intelligent soft systems. Working on the same line of thought Cornell researchers have combined fiber-optic sensor with no so expensive LEDs (light-emitting diode) and dyes. The outcome is a form of a stretchable “skin” that is able to spot topographical distortions like pressure, bending and strain.
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Rescue missions under natural disasters or man-made catastrophes are not only threatening for the safety of people but also quiet complex and dangerous for a rescue team. In order to increase the efficiency, robots are used in search and rescue (SAR) missions.
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Skynet, Terminator or maybe Matrix these are the names that might come to our minds when we think of robots combined with artificial intelligence (AI). And what does these cults represent, fear!
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Researchers have long envisioned designing tiny intelligent autonomous machines that are capable of exploring dangerous environments or the areas where tiny bots can work with full efficiency.
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Scientists at the University of Vermont, have created a new class of artifact, called xenobots. They have used frog’s stem cells to fabricate first living robots.
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Autonomous, by far, has limited with the use of robotics or car but lately, the concept has encircled shopping carts as well. In the coming future, retail stores would offer “consumer has it all” experience by simply grabbing and going option.
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Recently, we got the pleasure of having a virtual meet up with Drone and AI startup UVify’s, Head of Business Development, Robert Cheek. UVify’s new Draco drone was the main attraction at CES 2017. The startup has developed technologies that can provide drone racing to general public. For those who are interested, Draco is currently up for pre-order, at $499. Shipping is expected to start by the next quarter.
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Emily – a remote controlled robotic lifeguard will be soon deployed at Dubai’s beaches for rescue missions. Boat shaped Emily is the latest technology used by the Dubai Municipality for ensuring safety of the beachgoers.
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Let’s picture the word, “Robot”, immediately, we get a glimpse of self operating machines, with nuts-and-bolts as building blocks. These machines are permeating all sections of our society. Machine human relationship has crossed the realms of science fiction. In fact, machine learning has become one of the most interesting and sought-after science, sprouting artificial intelligence (AI).
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With the advancement in the medical field, scientists are trying to develop non-invasive treatment techniques. In one such study carried out by scientists, from Drexel University in Philadelphia, have created a tiny magnetic robot that they believe can be used for targeted drug delivery or conduct non invasive small scale surgeries.
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Adding to the existing list of bio inspired robot, researcher David Zarrouk and his team, from Ben Gurion University of the Negev has successfully developed an inchworm robot that employs a single motor to produce a pure wave motion and is known as SAW (Single Actuator Wave-like Robot).
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Researchers a Swiss Federal Institute of Technology, Lausanne have developed a technique that can be used for both, fabricating bio-inspired robots and secondly, furnishing them with higher configurations. Their newly constructed platform also helps in examining and researching robot designs along with their various modes of locomotion. Result of their platform is the production of complex yet reconfigurable microrobots – the nanobots can change their own shape by rearranging the connectivity of their parts- with high throughput.
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Nanoengineering experts at the University of California, San Diego, using advanced 3D printed technology have designed micro robots, named as micro fish. As the name suggests these tiny robots are fish shaped and can be used for various functions such as detoxification, sensing toxins and in surgeries assisted by micro robots.
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Based on the vision systems of insects, researchers have created petite artificial eye for autonomous flying drones. This would make drones more practical by helping in smooth navigation, avoiding collision in restricted or cluttered areas.
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Researchers at University of California, Berkeley have designed a robot that is based on cockroach. Team envisions that the concept would inspire future robot designs so that the body shape might be used for tracking environment including exploration and rescue operations.
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