Lifeboat Foundation

Graham Templeton — Motherboard

The robot stares down at the sickly old woman from its perch above her home care bed. She winces in pain and tries yet again to devise a string of commands that might trick the machine into handing her the small orange bottle just a few tantalizing feet away. But the robot is a specialized care machine on loan from the hospital. It regards her impartially from behind a friendly plastic face, assessing her needs while ignoring her wants.

If only she’d had a child, she thinks for the thousandth time, maybe then there’d be someone left to help her kill herself.

Hypothetical scenarios such as this inspired a small team of Canadian and Italian researchers to form the ​Open Roboethics Initiative (ORi). Based primarily out of the University of British Columbia (UBC), the organization is just over two years old. The idea is not that robotics experts know the correct path for a robot to take at every robo-ethical crossroad—but rather, that robotics experts do not.

“Ethics is an emergent property of a society,” said ORi board member and UBC professor Mike Van der Loos. “It needs to be studied to be understood.” Read more

By David J. Hill — Singularity Hub

Telepresence robots are awesome, but the experience can be frustrating at times. The reason? They lack arms. Whether you want to examine an object yourself, open a door, or pretend to be the Terminator with a Nerf gun, the lack of even a rudimentary claw can leave you feeling like a half a person, a mind wandering atop a remote control toy.

Not anymore.

Continue reading “A Telepresence Robot with a Gripping Arm? ORIGIBOT Is a Dream Come True” »

Written by Victoria Turk — Motherboard

In 2013, researchers Carl Frey and Michael Osborne of the Oxford Martin School dropped the bombshell that 47 percent of U​S jobs were at risk of computerisation. Since then, they’ve made similar predicti​ons for the UK, where they say 35 percent of jobs are at high risk.

So what will our future economy look like?

“My predictions have enormously high variance,” Osborne told me when I asked if he was optimistic. “I can imagine completely plausible, incredibly positive scenarios, but they’re only about as probable as actually quite dystopian futures that I can imagine.”
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By Nichole Dobo — Slate

Adele Peters — Fast Company

In another Tokyo suburb, a cartoonesque robot named Pepper, the first robot designed to respond to human emotions, is joking with customers at a store selling mobile phones.

While Japan has been a robot-friendly place for a long time, the number of robots is now booming, even as its human population is not. In the next five years, the country hopes to build 20 times more of them. One industry leader suggests that the country should invest in 30 million robots—nearly the same population as greater Tokyo—as part of a plan to regain a spot as the world leader in manufacturing.

“What you’re seeing in Japan is a much more aggressive approach to purchasing robots,” says Mike Zinser, a partner at Boston Consulting Group, and co-author of a new study about how robotics will transform manufacturing. “They’ve got a real potential to see significant cost savings, and also an improvement in competitiveness relative to other countries over the next decade.“
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Margaret Boden — IA News

Most of us are fascinated by creativity. New ideas in science and art are often hugely exciting – and, paradoxically, sometimes seemingly “obvious” once they’ve arrived. But how can that be? Many people, perhaps most of us, think there’s no hope of an answer. Creativity is deeply mysterious, indeed almost magical. Any suggestion that there might be a scientific theory of creativity strikes such people as absurd. And as for computer models of creativity, those are felt to be utterly impossible.

But they aren’t. Scientific psychology has identified three different ways in which new, surprising, and valuable ideas – that is, creative ideas – can arise in people’s minds. These involve combinational, exploratory, and transformational creativity. The information processes involved can be understood in terms of concepts drawn from Artificial Intelligence (AI). They can even be modelled by computers using AI techniques.
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Prague Post

An the open-source, 3D-printed robot is set to inspire innovation in classrooms

Meet Poppy, the first completely open-source, 3D printed, humanoid robot (@poppy_project). Poppy is a robot that anybody can build and program. That means it’s not just a tool for scientists and engineers: the team of developers aims to make it part of vocational training in schools, giving students the opportunity to experiment.

Poppy was developed in France by Inria’s Flowers team, which creates computer and robotic models as tools for understanding developmental processes in humans. Dr Pierre-Yves Oudeyer, who holds an ERC Starting Grant in Computer Science and Informatics, explains: “Very little has been done to explore the benefits of 3D printing and its interaction with computer science in classrooms. With our Poppy platform, we are now offering schools and teachers a way to cultivate the creativity of students studying in areas such as mechanics, computer science, electronics and 3D printing.”

Andrew Liszewski — Gizmodo

We haven’t seen much of Boston Dynamic’s four-legged self-balancing Big Dog robot since it was last spotted hurling cinder blocks in a lab. And that’s maybe because the company’s robotic geniuses have been hard at work building a smaller more agile version called Spot that weighs just 160 pounds so it can safely operate both indoors and out.

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By: Press Trust of India — The Indian Express

A robot-staffed hotel, said to be the world’s first, is set to open in Japan in July where guests checking into the futuristic facility will be greeted and served by remarkably human-like robots.

Huis Ten Bosch, a theme park in typical Dutch style in terms of its architecture in Nagasaki Prefecture has unveiled plans to open the modern hotel with robot staff and other advanced technologies to significantly reduce operating costs.
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