据《今日电子》2005年第10期报导,美国Illinois大学Urbana-Champaign 校区的研究人员使用DNA分子支架研制出的超导纳米器件证实了一种新的量子干扰。这种器件可用来测量磁场和测定超导区域。一位研究人员说:“利用 DNA的自我装配过程可为带有分子线度的电子器件制造出复杂的支架。” 用来构造和研究纳米结构的包括成对的悬置超导金属线,其粗细仅有3-4 个分子直径(5-15 nm)。纳米器件的制作需在硅晶圆上蚀刻出宽度仅为100 nm According to “Today’s Electronics” No. 10 of 2005, researchers at the University of Illinois at Urbana-Champaign campus demonstrated a new kind of quantum interference using superconducting nanodevices fabricated using DNA molecular scaffolds. This device can be used to measure the magnetic field and determine the superconducting region. One researcher said: “The use of DNA’s self-assembly process can create complex scaffolds for molecular devices with molecular linearity.” "The materials used to construct and study nanostructures, including pairs of suspended superconducting metal wires , The thickness of only 3-4 molecular diameter (5-15 nm). Fabrication of nanodevices requires the etching of silicon wafers with a width of only 100 nm