10/21/2024, 11:08 AM UTC
下一代芯片技术，新突破Next-Generation Chip Technology: New Breakthroughs
<p>➀ 一项新研究表明，利用“混沌边缘”可大大简化电子芯片，混沌边缘可使长金属线放大信号并充当超导体，从而减少对单独放大器的需求并降低功耗。</p><p>➁ 研究人员发现了“混沌边缘”如何帮助电子芯片克服信号损失，从而使芯片变得更简单、更高效。</p><p>➂ 通过在半稳定材料上使用金属线，该方法可以使长金属线像超导体一样发挥作用并放大信号，通过消除对晶体管放大器的需求并降低功耗，有可能改变芯片设计。</p><p>➀ A new study shows that using 'chaotic edges' can greatly simplify electronic chips, as chaotic edges can amplify signals and act as superconductors, reducing the need for separate amplifiers and lowering power consumption.</p><p>➁ Researchers have discovered how 'chaotic edges' help electronic chips overcome signal loss, making them simpler and more efficient.</p><p>➂ By using metal lines on semi-stable materials, this method allows long metal lines to act like superconductors and amplify signals, potentially changing chip design by eliminating the need for transistor amplifiers and reducing power consumption.</p>
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