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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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Art and photography often dovetail nicely, to the point of being indistinct at times. But rarely does photography achieve the sort of free-flowing, brush-like effects that Matt Molloy imbues his incredible Time Stack photographs with. “My time stack series is a lot like a digital version of what the impressionist painters where trying to achieve in the 19th-century,” says Matt.

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In semiconductor chip research, IBM has been racking up the breakthroughs for decades. And now it says that work is paying off with the creation of the first 7-nanometer chips.

And these chips will ensure that industry progress, summarized as Moore’s Law, will continue for at least another generation. Once the chips proliferate in the market, we’ll see faster, cheaper, and better electronics products out in the marketplace, from faster computers to smarter “Internet of things” devices, or everyday objects that are smart and connected.

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