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* understand the mechanics of an accelerator
 
* understand the mechanics of an accelerator
 
* design and utilize methods of manipulating and focusing a beam of charged particles
 
* design and utilize methods of manipulating and focusing a beam of charged particles
* implement the <sup>27</sup>Al (p,n) <sup>27</sup>Si and <sup>1</sup>B (p,n) <sup>11</sup>C nuclear fusion reactions
+
* implement the <sup>27</sup>Al (p,n) <sup>27</sup>Si and <sup>11</sup>B (p,n) <sup>11</sup>C nuclear fusion reactions
  
 
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Revision as of 11:29, 7 May 2010

Center for Accelerator Science and Education

The Center for Accelerator Science and Education (CASE) will be hosting an Accelerator Physics Workshop for high school physics teachers and students from July 26 - July 30 2010.

Accelerator Physics Workshop

  • Dates: July 26th { July 30th, 2010
  • Time: 9:00 - 4:00 (1 hour for lunch)
  • Application Deadline: June 7th, 2010
  • Instructor: Dr. Thomas K. Hemmick Distinguished Teaching Professor and Co-director of the Center for Accelerator Science and Education
    • Assisted by Mr. Richard S. Lefferts Director of Operations, Stony Brook University Nuclear Physics Laboratory and Ms. Taposhi Biswas, MAT Physics Candidate Stony Brook University
  • Place: Stony Brook University, Brookhaven National Laboratory
  • Fee: Free of charge.
  • Maximum Enrollment: 20 students; unlimited slots for teachers.
  • Credits: 30 hours/2 in-service credits
  • Target Audience: High school physics teachers and students

The Program

Accelerators are complex and versatile machines, whose applications are generally thought to be restricted to the realm of high-energy physics. However, the vast majority of accelerators are currently being used in the areas of medical physics and industry. Most notably, research has shown that accelerators are capable of providing medical treatments that produce results incomparable to any other modern techniques, and therefore they (and the scientists that operate them) are indispensable resources.

In this one-week workshop, participants will:

  • become familiar with the structure of the atomic nucleus
  • learn about the mechanics of nuclear decay, accelerator mass spectroscopy
  • explore the medical applications of accelerator physics
  • understand the mechanics of an accelerator
  • design and utilize methods of manipulating and focusing a beam of charged particles
  • implement the 27Al (p,n) 27Si and 11B (p,n) 11C nuclear fusion reactions

Registration

Participation in this workshop is free of charge but will be limited to 20 students (and unlimited teachers). To apply, please complete the form below and return it (e-mail preferred!) to

Richard Lefferts
Department of Physics and Astronomy
Stony Brook University
Stony Brook, New York 11794-3800
<Richard.Lefferts@stonybrook.edu>

The Accelerator Workshop Registration Form will be available shortly. Please check back!



More Information

9MV FN-8 Tandem Van de Graaff
The Center for Accelerator Science and Education is a joint initiative of Stony Brook University and Brookhaven National Laboratory. Please browse our website for more information about

CASE

Cavity for the Energy Recovery Linac