The Division Will Grant Some Rare Graphical Options To Console Players

Harvard-made robot can teach kids how to code via /r/gadgets http://ift.tt/1WClMHX

Scientists can stream Netflix through a steak and it’s actually awesome news for doctors

Researchers at the University of Illinois successfully streamed HD video through raw meat. They placed a device on either side of a piece of meat, wirelessly transmitting the data through the meat from one device to another. This breakthrough doesn’t impact binge watchers, it impacts medical researchers and patients and here’s why.

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Hypatia: Journey Through the World’s First Virtual Reality City

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This metal foam can turn speeding bullets into dust

Scientists have developed a lightweight metal foam which can turn speeding armour-piercing bullets into dust in the blink of an eye.

The revolutionary material has applications in a number of areas, from the battlefield to space exploration and nuclear waste storage.

Afsaneh Rabiei, mechanical and aerospace engineering professor at North Carolina State University, has spent her career working on composite metal foams, or CMFs. …

10 year basic income program coming to Kenya - 6,000 Kenyans will receive money from non-profit

Tattoo-like 'e-skin' turns your body into digital screen

In a yet another example to integrate electronic devices with the human body, researchers from the University of Tokyo have developed an ultrathin, protective layer that will help create “electronic skin” displays of blood oxygen level, e-skin heart rate sensors for athletes and other applications.

The team demonstrated its use by creating an air-stable, organic light-emitting diode (OLED) display. Integrating electronic devices with the human body to enhance or restore body function for biomedical applications is the goal of researchers around the world. Wearable electronics, in particular, need to be thin and flexible to minimise impact where they attach to the body. However, most devices developed so far have required millimetre-scale thickness glass or plastic substrates with limited flexibility, while micrometer-scale thin flexible organic devices have not been stable enough to survive in air.

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