Josephson effect - Wikipedia
In physics, the Josephson effect is a phenomenon that occurs when two superconductors are placed in proximity, with some barrier or restriction between them.
约瑟夫森效应 - 维基百科，自由的百科全书
約瑟夫森效應 （英語： Josephson effect）是一種橫跨 約瑟夫森接面 的 超電流 （英语：supercurrent） 現象 [a]。 約瑟夫森接面由二個互相微弱連接的 超導體 組成，而這個微弱連結的組成结构可以是一个薄的絕緣層（稱為 超導體–絕緣體–超導體接面 （英语：Superconducting tunnel junction），簡稱 S-I-S），一小段非超導金屬（簡稱 S-N-S），或者是可弱化接觸點超導性的狭窄部分（簡稱 S-s-S）。 約瑟夫森效應是 巨觀量子效應 （英语：macroscopic quantum …
Brian Josephson - Wikipedia
Brian David Josephson FRS (born 4 January 1940) is a British theoretical physicist and professor emeritus of physics at the University of Cambridge. [3] Best known for his pioneering work on superconductivity and quantum tunnelling , he was awarded the Nobel Prize in Physics in 1973 for his prediction of the Josephson effect , made in 1962 when ...
约瑟夫森效应 - 百度百科
约瑟夫森效应（英语：Josephson effect）是一种横跨约瑟夫森结的超电流现象。 约瑟夫森结由二个互相微弱连接的超导体组成，而这个微弱连结的组成结构可以是一个薄的绝缘层（称为超导体–绝缘体–超导体接面，简称S-I-S），一小段非超导金属（简称S-N-S ...
The principle of the dc Volt: Put 5000 Josephson junctions in series, and apply a fixed frequency, which can be done very accurately, and measure the interval of the resulting dc voltages that occur at precise voltage intervals.
约瑟夫森结 - 百度百科
约瑟夫森结（Josephson junction），或称为超导隧道结。 一般是由两块 超导体夹以某种很薄的势垒层 ( 厚度 ≤ Cooper电子对的相干长度)而构成的结构，例如S(超导体)—I(半导体或绝缘体)—S(超导体)结构，简称SIS。
量子比特中的约瑟夫森结 - 知乎 - 知乎专栏
约瑟夫森结（ Josephson\quad Junction ）是由两个超导体中间加一个绝缘薄层所形成的类似于三明治的结构，如下图。 在导体进入超导状态之后，费米面附近的电子会发生相互吸引，形成了大量的库伯对。
Josephson effect | Superconductivity, Quantum Mechanics, …
The Josephson effect is central to the operation of the superconducting quantum interference device (SQUID), which is a very sensitive detector of magnetic fields. It is used to measure tiny variations in the magnetic field of the Earth and also of the human body.
2012年4月27日 · Brian David Josephson, FRS (born 4 January 1940; Cardiff, Wales) is a Welsh physicist. He He became a Nobel Prize laureate in 1973 for the prediction of the eponymous Josephson effect.
超导量子计算简介（零） - 知乎专栏
超导量子比特的核心元件为约瑟夫森结（Josephson Junction），是一种较容易操控的非线性电感元件。 其所基于的Josephson effect，为本文推导的目标。 超导量子计算的内容往往从Josephson relation开始，而本篇为Josephson relation的推导，故作为系列第零篇。