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Complimentary role of superconducting electronics in the context of competing microelectronics and optoelectronics

机译：超导电子在微电子和光电竞争中的互补作用

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Abstract: In this paper, we show that superconducting electronics can provide a complementary role to microelectronics and optolectronics. High temperature superconductors can be used in the fabrication of ultra fast three terminal devices as well as for chip-to-chip interconnections. If the next generations of DRAMs require cooling at 77 K, high temperature superconductors offer several advantages over metals as the interconnect material. A new photoeffect reported in this paper can give rise to new devices and can be used to couple microwave and optoelectronic technology. The major challenge is to develop a low temperature processing technology that is compatible to the semiconductor industry. Experimental results are presented indicating the potential of rapid isothermal processing assisted metalorganic chemical vapor deposition (MOCVD) method as a technique suitable for manufacturing.!34
机译：摘要：在本文中，我们证明了超导电子学可以为微电子学和光电子学提供补充作用。高温超导体可用于制造超快三端子设备以及芯片到芯片的互连。如果下一代DRAM需要在77 K的温度下冷却，那么高温超导体比金属作为互连材料具有更多优势。本文报道的一种新的光电效应可以产生新的器件，并可以用于耦合微波和光电技术。主要挑战是开发与半导体工业兼容的低温处理技术。提出的实验结果表明，快速等温处理辅助的金属有机化学气相沉积（MOCVD）方法可作为一种适合制造的技术！34

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