The D0 Experiment at the Fermilab Antiproton-Proton Collider

描述：在这个项目下，由费米实验室的R. Raja博士和印度昌迪加尔旁遮普大学的J. M. Kohli博士领导的团队将参加D0实验。该实验是费米实验室Tevatron的第二个多功能对撞光束探测器。利用高分辨率铀氩量热法，他们希望寻找超出标准相互作用模型的效应。超对称彩色和其他类似的预测但尚未观察到的效应将被寻找。在标准模型中，人们希望找到迄今为止尚未证实的顶夸克的证据，并精确测量W和Z粒子之间的质量差，从而使在标准模型中研究辐射效应成为可能。范围：印度物理学家将在印度制造硬件和电子元件，作为费米实验室实验中D0探测器的组件。他们还将参与数据采集软件和数据分析的开发。这种合作有利于美国和印度科学家，完全符合美印项目的目标。该项目由两笔赠款资助：INT 9023183资助费米国家加速器实验室；INT 9100700资助印度昌迪加尔的旁遮普大学

Description: Under this project a team headed by Dr. R. Raja of Fermi Laboratory and Dr. J. M. Kohli of Panjab University in Chandigarh, India will participate in the D0 Experiment. That experiment is the second all purpose colliding beams detector at the Fermilab Tevatron. Using high resolution uranium argon calorimetry, they hope to look for effects beyond the standard model of interactions. Supersymmetry technicolor and other such predicted but as yet unobserved effects will be searched for. Within the standard model, it is hoped to find evidence for the hitherto unconfirmed top quark as well as measure the mass difference between the W and Z particles to a precision that makes possible the study of the radiative effects within the standard model. Scope: The Indian physicists will contribute by fabricating hardware and electronic components in India to be used as components in the D0 detector in the experiment at Fermilab. They will also participate in the development of data acquisition software and data analysis. The collaboration is beneficial to the U.S. and Indian scientists and fully meets the objectives of the U.S.-India Program. This project is funded under two grants: INT 9023183 to Fermi National Accelerator Laboratory INT 9100700 to Panjab University, Chandigarh, India