A robot is movement, controlled. This is as true for plane-sized flying machines as it is for micrometer-sized contraptions, like the amoeba-inspired robot recently created by researchers at Japan's Tohoku University. It isn't the smallest robot ever made, as there are a few robots at the nanometer scale, but it's one of the smallest robots whose movement can actually be controlled.
The future of bots is sitting in thousands of documents folders, waiting to be born. At least, that's the premise of Albert, a bot and bot-creation tool from NoHold, which released a pro version on Monday. The premise behind Albert is straightforward: upload a document, and then ask the Albert-generated bot to answer questions with information based on that document. Albert is a product of the modern era of chatbots, but Albert's origins are, by tech standards, positively ancient: the key work dates back to a patent filed in 1999.
Dr. Adam Watts of the Desert Research Institute is standing by the side of the road near Donner Pass, shouting over the wind into his phone to talk about a recent test flight. “We built a robot that can fly itself and bring more water out of clouds,” he says, capturing the technological promise at hand in just a few words. Together with Nevada's Drone America, the team flew a cloud-seeding drone beyond the pilot's line of sight. It's the next step in a gradual and ambitious process, aimed at solving a decades-old problem: can the desert pull more water from the sky, and can it do so without injuring anyone along the way?
From body parts to supercars, the family of 3D printed products just keeps expanding. But in a study published last week in Science Advances, scientists think small: German researchers 3D printed different lenses—each smaller than the width of a human hair—onto a chip. Such micro-cameras could be perfect for tiny drones and other pint-sized robots.
Today's artificial intelligence is certainly formidable. It can beat world champions at intricate games like chess and Go, or dominate at Jeopardy!. It can interpret heaps of data for us, guide driverless cars, respond to spoken commands, and track down the answers to your internet search queries.
Say you're on the phone with a company and the automated virtual assistant needs a few seconds to “look up” your information. And then you hear it. The sound is unmistakable. It's familiar. It's the clickity-clack of a keyboard. You know it's just a sound effect, but unlike hold music or a stream of company information, it's not annoying. In fact, it's kind of comforting.
A snake is a tube that eats, a wriggling cylinder that carries a stomach and not much else. So it was a natural inspiration for Eelume AS, a Norwegian underwater robotics company, when they needed to design an efficient, minimalist robot. They decided to replicate a snake's bendy body, creating a compact form adorned only with small sideboard motors and cameras.