New method turns magnetic material into a superconductor
新方法將磁性材料轉變為超導體
For years, scientists viewed magnetism and superconductivity as incompatible forces, like oil and water.
多年來，科學家一直將磁性與超導性視為互不相容的力量，猶如水火不容。
Researchers have found that iron telluride (FeTe), a common magnetic metal, is an intrinsic superconductor waiting to be unlocked.
研究人員發現碲化鐵這種常見的磁性金屬，是一種等待被啟動的內在超導體。
By using a technique called molecular beam epitaxy, scientists expose thin films of FeTe to tellurium vapor, which removes excess iron atoms.
透過使用一種稱為分子束磊晶的技術，科學家將FeTe薄膜暴露於碲蒸氣中，從而去除多餘的鐵原子。
Beyond purification, researchers are "sculpting" the atomic environment using moiré superlattices and specific substrates to tune superconducting behavior.
除了純化外，研究人員還利用摩爾超晶格和特定基板來「雕塑」原子環境，以調節超導行為。
By mastering these atomic environments, we are moving toward a future of hyper-efficient power grids, more compact MRI machines, and advanced quantum computing.
透過掌握這些原子環境，我們正邁向一個具備超高效率電網、更輕便的核磁共振機器，以及先進量子計算的未來。
This shift signals that the next generation of electronics will not just be found—they will be expertly crafted.
此轉變顯示出下一代電子產品將不再是被動發現，而是經過專業精細的製造。
