MIT’s Color-changing Robot ‘skin’ Was Inspired by the Golden Tortoise Beetle

Researchers at the Massachusetts Institute of Technology have created a 3D-printed robot “skin” capable of changing color according to the physical stimuli that it receives. The work was inspired by the so-called “goldbug,” a golden tortoise beetle, which changes color in the wild.

“I was googling online about two and a half years ago, looking for creatures that change their color, and found out about this beetle,” project leader, Subramanian Sundaram, an MIT graduate student in electrical engineering and computer science, told Digital Trends. “The golden tortoise beetle is incredibly interesting. One of the things it does is that, when it’s disturbed or scared, it drains out the fluid in its shell which is normally golden in color, but becomes a reddish-brown. I was interested by the idea that this beetle was able to respond to mechanical disturbances by changing the color and transparency of its outer shell. I thought we might be able to replicate that.”

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Hyperloop tech company offers first look at futuristic travel pods

Building a new 700mph transport system sounds pretty tricky, so one Hyperloop company has decided to kick things off by building the passenger pods first.

Hyperloop is a proposed plan to transport people or cargo between cities at near-supersonic speed in vacuum-sealed pods.

The technology is just a pipedream at the moment, with rival companies Hyperloop One and Hyperloop Transportation Technologies (HTT)at the forefront of developments.

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Liquid metal nano printing set to revolutionize electronics

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A new technique using liquid metals to create integrated circuits that are just atoms thick could lead to the next big advance for electronics.

The process opens the way for the production of large wafers around 1.5 nanometres in depth (a sheet of paper, by comparison, is 100,000nm thick).

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Researchers invent paper that can be printed with light and reused 80 times

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In an effort to fight the detrimental environmental impact of inkjet printing, researchers have invented a new type of “paper” that can be printed with light and re-written up to 80 times. Their invention employs the color-changing chemistry of nanoparticles, which can be applied via a thin coating to a variety of surfaces – including conventional paper.

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Vespa just unveiled a personal cargo robot

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The Vespa brand’s owner, the Piaggio Group, doesn’t have a reputation for cutting edge tech (it only just started making an electric scooter). However, it’s making up for that in style. It’s establishing a robot-focused company, Piaggio Fast Forward, and has unveiled that company’s first product: meet Gita, a personal cargo robot.

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We may finally have a way of mass producing graphene

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Hailed as the future’s 2D miracle material, graphene has remarkable applications. Graphene is essentially a one-atom thick graphite layer, made from elemental carbon. Graphene’s unique properties are due to the arrangement of carbon atoms in it, which are densely packed and arranged following a two-dimensional hexagonal pattern called a benzene ring.

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Scientists find a way to turn hydrogen into a metal

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It’s not every day that scientists are able to create an entirely new substance, but Harvard researchers managed to do just that, and in the process created what could be a world-changing material with a bunch of different applications. It’s called atomic metallic hydrogen, and it’s exactly what it sounds like: hydrogen in the form of metal. If that sounds weird, it probably should, because it’s literally never existed on the planet before now.

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3D Printing startup raised $23 million to disrupt how cars are made

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Divergent 3D, a Los Angeles-based startup that hopes to disrupt automotive manufacturing, has raised $23 million in a Series A funding round led by technology venture capital fund Horizons Ventures. The company will use the funding to help it commercialize its manufacturing platform, which uses 3D printing to produce the chassis of an automobile. The platform produces 3D printed joints, which it calls a Node, that can be connected with carbon fiber structural materials to build a strong and light chassis.

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This drone doubles as an iPhone case

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Pocket-sized drones like the Mavic Pro seem poised to be the photography of the future, but one company is taking things to the next level by slapping a tiny drone inside an iPhone case. It’s called the Selfly and while the little drone is not as powerful as its larger rivals, it packs a ton of incredible features that fit in your pocket and won’t hurt your wallet.

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3D Printing will change the way we make and design in 2017

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Much of the focus in the technology world currently is on artificial intelligence, machine learning and big data – and how they will affect the way we use products and how machines operate. But developing just as quickly, although with slightly less hype, is 3D printing, or additive manufacturing (AM), which is going to have at least as big an impact on how we make things as AI et al. The process creates products by depositing layers of material, generally ground metal or plastic, to a template, lasering that material into place and repeating the process to build the required product – anything from replacement hips to jet engine parts.

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Roads? Where we’re going, we don’t need roads.

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Investment in autonomous vehicle technology entered overdrive in 2016, and 2017 is gearing up for more of the same. In the last six months of 2016, the first public self-driving taxi service hit Singapore roads, courtesy of NuTonomy, while Uber followed suit a month later in Pittsburgh. The question of self-driving cars becoming a reality on roads around the world is no longer an “if,” it’s a big fat “when.”

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Graphene’s power has finally been unlocked, and it’s crazier than we expected

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It’s official: graphene has been made into a superconductor in its natural state – which means electrical current can flow through it with zero resistance. Last year, physicists managed to do this by doping graphene with calcium atoms, but this is the first time researchers have achieved superconductivity in the material without having to alter it. And the results so far show that the material achieves an incredibly rare type of superconductivity that’s even crazier and more powerful than scientists expected.

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