For Yuksel Temiz, photographing extremely tiny subjects is just part of his job as a microelectronics engineer at IBM’s Zurich Research Laboratory. Temiz works on minuscule devices that use microfluidics: a type of tiny, liquid-based circuitry that, instead of using metal wires, directs the flow of liquid through hair-thin channels like a microscopic canal system. Specifically, Temiz and his team develop the underlying technology for miniature diagnostic tools that can take in and analyze samples, like a medical patient’s blood or saliva. But to actually develop and test those tools, engineers need to rely on extremely powerful microscopes, which can cost tens of thousands of dollars apiece.
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AI, Neuromorphic Chips, and Edge Computing /
The fundamental nature of computing is changing. AI, neuromorphic chips, edge computing, 5G, quantum computing, and the internet of things are making it possible to solve entirely new problems, unleashing new business opportunities, creating new security risks, and even moving the balance of geographical power.