All posts tagged: robotic

A robotic hand helps piano players’ fingers move faster

A robotic hand helps piano players’ fingers move faster

You’re practicing a new song on piano. One part keeps tripping you up. No matter how many times you try it, your fingers just won’t move fast enough. Then you put on a special device that looks like a robotic hand. Its motor wiggles your fingers faster than you could move them on your own. When you sit at the piano again without the robo-hand, your fingers can now hop into high gear. You’re playing the fast part that seemed impossible before. In a recent series of experiments, dozens of professional piano players had this exact experience. They improved their piano skills using a wearable robotic hand, also called an exoskeleton. Shinichi Furuya and his team shared the results January 15 in Science Robotics. “Many people are using this kind of robot for rehabilitation or virtual reality gaming,” says Furuya. “I thought maybe this is also good for music education.” Furuya is a researcher at the NeuroPiano Institute at Sony Computer Science Laboratories, Inc. in Tokyo, Japan. Nicholas Hatsopoulos studies sensory motor control at the …

how pigeons, cats, whales and even robotic catfish have acted as spies through the ages

how pigeons, cats, whales and even robotic catfish have acted as spies through the ages

The death of a spy is rarely newsworthy, due to the secrecy surrounding it. But when a white beluga whale suspected of spying for Moscow was found dead in Norwegian waters in September, the animal soon became a minor celebrity. Hvaldimir (a play on the Norwegian word for whale, hval, and the first name of Russian president) was even given an official autopsy by the Norwegian Directorate of Fisheries. The whale had been uncovered as a spy in 2019, and is one in a long line of animals which have been used by the intelligence services. Among them was a Soviet programme to train marine animals as spies and assassins, which collapsed in 1991. The US ran similar experiments with animals, some dating back to the 1960s. One of the CIA’s more unusual attempts to use animals as spies was Operation Acoustic Kitty. The idea was to implant a microphone and antenna into the cat and use it to eavesdrop on potentially interesting conversations. The test of the “prototype” went horribly wrong when the cat …

Can Neuralink’s Brain Implant Control a Robotic Arm?

Can Neuralink’s Brain Implant Control a Robotic Arm?

Neuralink has received permission from Health Canada to test that proposition in Canada in a new study called Convoy. We’re excited to announce the approval and launch of a new feasibility trial to extend BCI control using the N1 Implant to an investigational assistive robotic arm. This is an important first step towards restoring not only digital freedom, but also physical freedom. More info… — Neuralink (@neuralink) November 25, 2024 Video is available below: Just imagine being able to control this with Neuralink… it’s happening. pic.twitter.com/jMf8vfsiKx — Teslaconomics (@Teslaconomics) November 25, 2024 The basic technology is brain–computer interface (BCI). The human brain, like electronics, runs on electricity. Thus, a small device implanted in the brain can enable a user to control an electronic device via signals from the user’s neurons. As Emily Mullin explains at Wired, On social media earlier this year, Neuralink demonstrated that its BCI can be used to control a computer cursor. In a video on X, study participant Noland Arbaugh was shown using the Neuralink device to play chess and other …

Robotic pigeon reveals how birds fly without a vertical tail fin

Robotic pigeon reveals how birds fly without a vertical tail fin

A pigeon-inspired robot has solved the mystery of how birds fly without the vertical tail fins that human-designed aircraft rely on. Its makers say the prototype could eventually lead to passenger aircraft with less drag, reducing fuel consumption. Tail fins, also known as vertical stabilisers, allow aircraft to turn from side to side and help avoid changing direction unintentionally. Some military planes, such as the Northrop B-2 Spirit, are designed without a tail fin because it makes them less visible to radar. Instead, they use flaps that create extra drag on just one side when needed, but this is an inefficient solution. Birds have no vertical fin and also don’t seem to deliberately create asymmetric drag. David Lentink at the University of Groningen in the Netherlands and colleagues designed PigeonBot II (pictured below) to investigate how birds stay in control without such a stabiliser. PigeonBot II, a robot designed to mimic the flying techniques of birds Eric Chang The team’s previous model, built in 2020, flew by flapping its wings and changing their shape like …

This robotic wheelchair can climb stairs

This robotic wheelchair can climb stairs

Korea’s Institute for Machinery and Materials unveiled a pretty cool robotic wheelchair this week. By creating a compliant wheel that conforms to the terrain around it, these engineers have created an early version of a wheelchair that can climb stairs and traverse rocky terrain. The wheel uses a “smart chain” structure, which means that a chain on the wheels attaches to spokes that change tension when confronted with changes in the terrain. The team says that this design was inspired by the surface tension properties of water droplets, which are rounded by gravity. On today’s TechCrunch Minute, we’re looking at how these wheels work. Source link

China’s robotic dogs still a novelty to most – as firms grapple with military using tech as weapons | Science & Tech News

China’s robotic dogs still a novelty to most – as firms grapple with military using tech as weapons | Science & Tech News

From Beijing to Hangzhou, the sight of robotic dogs in a park is becoming more and more common. Climbing stairs? No problem. And what about hills? They can do that too. Josh Yuan showed us his robo-dog in one of Beijing’s fanciest shopping districts, guiding it through a crowd of curious onlookers with a handheld remote-controlled device. He paid £1,300 for his new companion a few months ago. “I think at the moment it’s for people like me, or tech geeks and programmers,” Mr Yuan said. “But I think in the future, it will be quite common and humanoid robots will definitely enter people’s homes when they are more affordable.” There are dozens of robot companies in China. A few of them, like the Hangzhou company Unitree, are focused on robotic dogs. The Unitree team showed off their two latest models. One is a small dog, that can be used as a companion or dressed up in a dragon or panda costume for fun. They also have a larger model, strong enough to lift me …

China Shows Off Monkey With Brain Chip Allowing It to Control Robotic Arm

China Shows Off Monkey With Brain Chip Allowing It to Control Robotic Arm

Image by Getty / Futurism A Chinese company says it’s successfully developed a brain chip and implanted it into a monkey — who can now remotely control a robot arm with the device. That’s according to state-run news media outfit Xinhua, putting Elon Musk’s startup Neuralink on notice that there will be international as well as domestic competition for his brain-computer interface venture. The company, Beijing Xinzhida Neurotechnology, which is backed by the Chinese government, unveiled its device, the NeuCyber Array BMI (brain-machine interface) System at a technology convention in Beijing on Thursday, according to Reuters. In a presentation photo at the convention, taken by Xinhua, the company displayed at their booth filmed footage showing the implant in action: a monkey is seen strapped inside a plexiglass enclosure with soft wires leading to its brain. The video captures the monkey seated in front of a robot arm inside a white lab room, Xinhua reports, seemingly using it to pick up a strawberry. At the same convention booth on Thursday, the company also displayed the same experimental …

Nissan’s Furry, Robotic Iruyo Puppet Comforts Your Crying Baby While You Drive

Nissan’s Furry, Robotic Iruyo Puppet Comforts Your Crying Baby While You Drive

About two years ago, I was in a car with my best friend and her toddler. She was driving, and I was sitting in the back next to her 10-month-old, who was tucked into his car seat. For a while, the ride was smooth—then the baby burst into tears. We tried every common trick to comfort him. I contorted my face into the silliest of poses, my friend burst into a catchy song, but our efforts were met with louder wails until finally—mercifully!—we pulled into my friend’s driveway and she was able to scoop her son up in her arms. This scenario, minus the useless friend in the back, is probably familiar for many parents who drive alone with their young children. And it is the reason why Japanese automaker Nissan is developing a peculiar puppet to relieve backseat tantrums. It’s called Iruyo, which translates to “I’m here” in Japanese. The fuzzy babysitter, which gives off big Elmo vibes, is in fact two puppets: “big Iruyo,” which is strapped to the backrest of the backseat, …

Will Amazon’s robotic revolution spark a new wave of job losses?

Will Amazon’s robotic revolution spark a new wave of job losses?

Inside Amazon’s Operations Innovation Lab in Vercelli, Italy Sam Todd/Amazon The world’s largest manufacturer of robots is a company you have probably heard of. As of last year, Amazon had installed more than 750,000 robots in its warehouses, and it is investing hundreds of millions of pounds on developing and building more. Many of these robots perform tasks that were once carried out by people, such as packing, sorting and labelling. Are we seeing the beginning of a new wave of automation replacing human workers across many industries? To find… Source link

Get ready for the robotic fish revolution

Get ready for the robotic fish revolution

This article was originally featured on Hakai Magazine, an online publication about science and society in coastal ecosystems. Read more stories like this at hakaimagazine.com. Human technology has long drawn inspiration from the natural world: The first airplanes were modeled after birds. The designer of Velcro was inspired by the irksome burrs he often had to pick off his dog. And in recent years, engineers eager to explore the world’s oceans have been taking cues from the creatures that do it best: fish. Around the world, researchers developing robots that look and swim like fish say their aquatic automatons are cheaper, easier to use, and less disruptive to sea life than the remotely operated vehicles (ROVs) scientists use today. In a recent review of the technology’s advances, scientists claim only a few technical problems stand in the way of a robotic fish revolution. Over the past few decades, engineers have designed prototype robotic fish for a variety of purposes. While some are built to carry out specific tasks—such as tricking other fish in a lab, simulating fish hydrodynamics, or gathering plastics from …