Lifeboat Foundation

Duke scientists successfully linked the brains of two rats and three monkeys this week—bringing us one step closer to a superbrain that could harness the power of collective thought.

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IBM Watson CTO: Quantum computing could advance artificial intelligence by orders of magnitude.

Quantum computers have already been used to test artificial intelligence by researchers in China, albeit in a very limited capacity. Earlier in 2015, a team from the country’s University of Science and Technology developed a quantum system capable of recognising handwritten characters in a demonstration they dubbed quantum artificial intelligence.

This demonstration was on a quantum computer using only four qubits, leading to speculation of what a system using hundreds – or even thousands – of qubits would be capable of. Such machines do not yet exist, at least not commercially, but Canada-based quantum computing firm D-Wave systems recently claimed it has built a 1,000 qubit quantum computer.

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‪#‎Handy‬ New Wireless Charger Can Simultaneously Power 30 Mobile Phones at Distance.

Scientists at the Korea Advanced Institute of Science and Technology (KAIST) have developed an omnidirectional wireless charging technology that can charge multiple devices at once, at a distance and, crucially, at peak efficiency regardless of which way the devices are facing.

An effective wireless transmitting power of 30 watts means the device can, according to the researchers, power either 30 smartphones or five laptops simultaneously.

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We could build an artificial brain that believes itself to be conscious. Does that mean we have solved the hard problem?

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After a journey of over nine years, NASA’s New Horizons spacecraft is finally close enough to discern surface features on the cold, dwarf planet.

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“In a series of concept wearables that augment human biological systems, Oxman implants synthetically engineered microorganisms in custom-designed vessels. Worn externally, these devices…create the resources that an interplanetary traveler would need to survive in other climates. ‘Our goal was to design wearables that could have a symbiotic relationship with the human body.’” Read more

Left: the rigid top fractures on landing, while the top made of nine layers going from rigid to flexible remains intact (credit: Jacobs School of Engineering/UC San Diego, Harvard University)

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Experimental apparatus scheme for a Brainet computing device. A Brainet of four interconnected brains is shown. The arrows represent the flow of information through the Brainet. Inputs were delivered (red) as simultaneous intracortical microstimulation (ICMS) patterns (via implanted electrodes) to the somatosensory cortex of each rat. Neural activity (black) was then recorded and analyzed in real time. Rats were required to synchronize their neural activity with the other Brainet participants to receive water. (credit: Miguel Pais-Vieira et al./Scientific Reports)

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VIDEO: This will change the medical industry.

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