Advanced Undergraduate Laboratory Upgrade

本科实验室课程的主要目标之一是使物理专业的毕业生熟悉现代仪器和该仪器的计算机接口，以便为进入现代工业或学术研究实验室做好准备。学生被要求选修计算机控制和计算机数据采集与分析的课程。高级本科实验室需要现代化的仪器设备，这样我们才能在学生在本课程中所接受的培训的基础上再接再厉。该项目为高级本科实验室升级的第二阶段提供资金。它增加了两个当代的、带有计算机接口仪器的凝聚态实验：二维整数量子霍尔效应和约瑟夫森效应。该仪器包括一个装有计算机控制电源的5特斯拉磁铁，一个带液位探测器的杜瓦，以及相关的仪器和设备。可以传播关于在该项目下设立的实验及其评价和学生对这些实验的反应的信息，包括介绍二维霍尔效应和教师/学生双重手册。

One of the major goals of the undergraduate laboratory curriculum is to graduate physics majors who are familiar with modern instrumentation and computer interfacing of this instrumentation so that they are prepared to enter a modern industrial or academic research laboratory. Students are required to take a course in computer control and computer acquisition and analysis of data. Modern instrumentation is required in the advanced undergraduate laboratory so that we may build on the training students have received in this course. This project funds the second stage of an upgrading of the advanced undergraduate laboratory. It adds two contemporary, condensed-matter experiments with computer-interfaced instrumentation: the two-dimensional integer quantum Hall effect and the Josephson effects. The instrumentation includes a packaged 5 Tesla magnet with a computer controlled power supply, a dewar with a level detector, and associated instrumentation and equipment. Information on experiments set up under this project and their evaluation and student response to them can be disseminated and can include a presentation of the 2D Hall effect and a dual instructor/student manual.