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The INU team isn't the only one looking at DNA as the material to drive forward a new computing revolution, either: Microsoft and the University of Washington showed off DNA-based digital storage back in 2016, writing 200MB of data to strands of encapsulated synthetic DNA – good, the company claimed, for 2,000 years at 10☌ or "millions" if chilled down to -18☌. DNA might be one of the more outré solutions, but there are plenty more: room-temperature quantum transistors, carbon nanotubes, magneto-electric spin-orbit (MESO) chips, molybdenum disulphide or graphene-based transistors, or simply better programming techniques rather than new hardware as a means of boosting performance. With Moore's Law distinctly unwell as the laws of physics and economics bite ever-shrinking feature sizes hard, there's considerable interest in finding alternative ways to build processors. But with a bit of smart coding it's not the end of the road
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Boffins eschew silicon to build tiniest-ever transistor, just 1nm long.Intel eggheads put bits in a spin to try to revive Moore's law.Is this the silicon chip KILLER? Boffins boot up carbon-nanotube CPU."DNA-based CPUs also provide a platform for complex calculations like deep learning solutions and mathematical modelling." "Our hope is that DNA-based CPUs will replace electronic CPUs in the future," Youngjun Song PhD, assistant professor at INU and the paper's corresponding author, claimed in a statement provided by the university, "because they consume less power, which will help with global warming.