MIT OpenCourseWare


» 进阶搜寻
 课程首页
 教学大纲
 教学时程
 专题

专题


本页翻译进度

灯号说明

审定:陈宗豪(简介并寄信)
审定简介:

威斯康辛大学麦迪逊分校电机工程博士
研究领域为计算机辅助设计 (数值模拟、讯号完整性分析)及集成电路设计。
现任新思(Synopsys)科技研发工程师。
课程中译计划审定老师

翻译:翁唯城(简介并寄信)
编辑:朱学恒(简介并寄信)


期末专题报告

每一位同学需要写一份研究报告和上台简报,简报在接近学期末时进行,包括讨论约三十五分钟时间,对象是选修本课的所有人及教师。写作部分的报告应该在期末的前一周交到教师办公室。如果同学遇到特别的困难,应该尽早点与教师做个别的安排。整个学期同学都可以约时间和教会面,以便协助期末论文。

在十月底之前所有人应该都要选定一个以“如何建立一个新的物理领域”为主轴的期末报告题目。以下列出一些可供选择的题目,但并不局限于这几个:

  • 寻找希格斯粒子
  • 轻子数的破坏
  • 微中子的质量和振荡
  • 顶夸克素物理
  • 超对称
  • 专门的颜色
  • 次夸克结构
  • 流动的耦合常数,等等。

研究的目标应该在纸上作业把目前的实验极限提升一个数量级。请与教师讨论如何完成这样的实验,因为同学可以藉此得到不少的帮忙。有些专题(例如: CP破坏和底夸克物理)如果被保留在8.881实验粒子物理课程的待选专题中, 则它们将被排除在可选题目之外。一般来说,与8.881课程中相同的主题应该避免被使用。

这次期末专题的书面报告必须包含以下部分:

1. 这物理领域的重要性和目前已经达到的成就是什么?

2. 你认为该如何去进行:物质来源,探测器和方法?

3. 定义信号。如何选择信号?

4. 定义背景杂讯。如何抑制背景杂讯?

5. 计算信号对于杂讯的比例大小以显示你的提议是可以成理的。

6. 误差(统计上的)分析和讨论。




Final Term Paper

Each student is required to write a research paper and present it, near the end of the semester, to the class for 35 minutes, including discussions. The written reports are officially due in my office the week before the end of the term. If you have extraordinary difficulty, you are urged to arrange with me individually as soon as possible. I will be available for appointments to help you with your research papers throughout the semester.

By the end of October you should have all selected a Physics topic for your final term paper on "How to establish a new important piece of Physics". Possible topics include, but are not limited to:

  • Searching for the Higgs
  • Lepton Number Violation
  • Neutrino Masses and Oscillations
  • Toponia Physics
  • SUSY
  • Technical Color
  • Sub-Quark Structures
  • Running Coupling Constants, etc.

You should aim at improving the current limits by one order of magnitude on paper. Do discuss with me on how to carry out such an experiment, since I can help you a lot. Topics such as CP violation and b-physics may be excluded, if they are reserved for 8.881, Selected Topics in Experimental Particle Physics. In general, you should avoid using the same topics as 8.881.

These sections must be included in this final written term paper:

1. The significance of this Physics and what has been achieved so far.

2. How would you propose to do it: the source, the detector and the method?

3. Define the signal. How to select the signal?

4. Define the background. How to suppress the background?

5. Compute the signal to noise ratio to show what you propose is plausible.

6. Error (statistical) analysis and discussions.




 
MIT Home
Massachusetts Institute of Technology Terms of Use Privacy