The Truth About Robots And The Uncanny Valley: Analysis

(Photo by Yoshikazu Tsuno/AFP/Getty Images)

From Popular Mechanics:

An oft-cited theory in robotics, the uncanny valley, refers to that point along the chart of robot–human likeness where a robot looks and acts nearly—but not exactly—like a human. This subtle imperfection, the theory states, causes people's feelings toward robots to veer from fondness to revulsion. Here, contributing editor Erik Sofge argues that the theory is so loosely backed it is nearly useless for roboticists. For an in-depth look at the human–robot relationship, check out PM's feature story "Can Robots Be Trusted?" on stands now.

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Japanese Government And Industry Aim For Mind-Controlled Robots And Electronics In 10 Years

Asimo Mind Control The power ... feels good Honda

From Popular Science:

Japan's insatiable love for robots and mind-reading technology has converged in the form of a new government-industry partnership. That means Japanese consumers can look forward to robots and electronics controllable by thought alone within a decade, according to Agence France-Presse.

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South Korea Developing Underwater Search-and-Rescue Robot Crawlers

Underwater swimmers and crawlers could speed up rescue efforts for incidents such as the recent sinking of a South Korean Navy frigate.

From Popular Science:

South Korea's flock of robotic teachers look and sound goofy, but the nation is deadly serious about its latest project: developing aquatic robots by 2016 which can swim and crawl their way across the seafloor several miles down for search and rescue purposes, according to the Korea Times.

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Supercomputers Map Pathogens As They Emerge And Evolve

A screenshot from a Supramap study of avian influenza, with red lines representing the spread of drug-resistant strains and the white lines drug susceptible strains. Credit: Ohio Supercomputing Center

From Cosmos:

BRISBANE: Instead of simply focussing on human infections, infectious disease researchers can now track the complex interactions, movement and evolution of the pathogens themselves using supercomputers.

The researchers are using a new program called Supramap, which operates on the computing systems at Ohio State University and the Ohio Supercomputer Center.

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Supercomputers Map Pathogens As They Emerge And Evolve

A screenshot from a Supramap study of avian influenza, with red lines representing the spread of drug-resistant strains and the white lines drug susceptible strains. Credit: Ohio Supercomputing Center

From Cosmos:

BRISBANE: Instead of simply focussing on human infections, infectious disease researchers can now track the complex interactions, movement and evolution of the pathogens themselves using supercomputers.

The researchers are using a new program called Supramap, which operates on the computing systems at Ohio State University and the Ohio Supercomputer Center.

Read more ....

Robo-Suit Will Help Aging Japanese Farmers Pick Crops With Ease

Robotic Suit Aids Farmers A postgraduate student at the Tokyo Agriculture and Technology University models a motorized exoskeleton developed to help aging farmers endure the strain of hard labor. AFP

From Popular Science:

Harvesting the bounty of the earth is harder than it looks, especially you're over 65 years old -- as two-thirds of Japan's farmers are. For those whose joints ache more with every radish pulled out of the ground, Shigeki Toyama, a professor at Tokyo Agriculture and Technology (TAT) University, has developed a motorized exoskeleton designed to boost the wearer's strength by 62 percent.

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Hewlett Packard Outlines Computer Memory Of The Future

Image: 17 memristors captured by an atomic force microscope

From The BBC:

The fundamental building blocks of all computing devices could be about to undergo a dramatic change that would allow faster, more efficient machines.

Researchers at computer firm Hewlett Packard (HP) have shown off working devices built using memristors - often described as electronics' missing link.

These tiny devices were proposed 40 years ago but only fabricated in 2008.

HP says it has now shown that they can be used to crunch data, meaning they could be used to build advanced chips.

That means they could begin to replace transistors - the tiny switches used to build today's chips.

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