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These Bendy Plastic Chips Are Enough In Unusual Places

Like everyone else They make computer chips for survival, James Myers is, at best, a silicon boy. “Silicon is the best,” he says. Good because it is natural semiconductor-It is possible that they both drive electricity and act like insulin, depending on the situation – and because they can make it smaller. Beautiful because it is the second most important thing in the world, probably sticking to your feet right now, and also easily made with hot sand. These symbols have formed the basis of any of the technologies we use today. People like Myers, an engineer at a British semiconductor company Hand, in particular they spend their time thinking about how to carry more silicones in less space – visible movements from thousands of Art on a chip in the 1970s to billions today. I am Moore’s law, as Myers put it, “swimming in silicon.”

For the past few years, however, Myers has been looking beyond silicon to other materials, such as plastic. This means restarting from the beginning. A few years ago, his team started making small chips that had a lot of transistors, then hundreds, and now, like was said in Nature Wednesday, tens of thousands. The 32-bit microprocessor has 18,000 power ports – the power switches you get when you connect the transistors – and the brain’s starting lobes: processor, memory, control, inputs and outputs, and much more on what it can do? Think of the desktop from the early 1980s.

Bring in a professional watch? Because on a modern device chips and immovable electrical wires. When under pressure, they sprout. And while silicon is cheap, as well as cheap, there are some cases that may not be cheap enough. Consider a computerized device that has been packaged in a milk carton, rather than the last date to be printed by a device that detects medical labels. Useful? Sort of! But it is better to add billions of cartons of milk if the cost is low. One function that Arm is testing is a chest-mounted device that monitors a patient for an arrhythmia-induced heartbeat, and should be discontinued within a few hours. In this case, you want a cheap computer but, most of all, a kneeling device. “It should go with you and not go out,” Myers said.

Several devices are able to meet these needs. Researchers have made transistors from synthetic materials and materials made of synthetic materials and materials made of metal and paper. The Myers chip group he described Wednesday is made up of “thin films” made of metal oxides – including indium, gallium, and zinc – that can be made smaller than their silicon counterparts. The component is polyimide, a type of plastic, not a silicon connector. It’s cheap, thin, and flexible – as well as a little pain for engineers. Soluble plastic is slightly hotter than silicon, meaning that other thermal insulation methods are no longer used. And thin transistors can have imperfections, meaning that power does not move around exactly as expected by engineers. Compared with modern chips, its design also uses more energy. This is exactly what has plagued chip makers in the 1970s and ’80s, Myers said. Now they can sympathize with your older friends.

Compared to the billions found in modern 64-bit silicon processors, the 18,000 gates don’t sound like much, but Myers talks about them proudly. Obviously, the microprocessor does not do much; it just tests some of the tests they wrote five years ago that make sure everything is working. The chip can handle the same codes as one of Arm’s processors, made of silicon.

The inconsistency of silicon materials is significant, explains Catherine Ramsdale, co-author of the study and deputy to the chief technical officer at PragmatIC, who manufactures and manufactures flexible hand-held chips. While the items are new, the idea is to borrow as much as possible from making metal chips. In this way, it is easier to make more chips and save money. Ramsdale says the chips can carry about a dozen small, tiny, tiny shells, thanks to the cheap plastic and essential materials. It is, yes, a “smart” way of doing things, he says.


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