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ArrowTeachers Wrap-Up Summer Research at National Magnet Lab

July 15, 2002

Contact:
Pat Dixon
(850) 644-4707

pdixon@magnet.fsu.edu

TALLAHASSEE, Fla. – A nationally recognized program at the National High Magnetic Field Laboratory turns the tables on teachers-making them students for six weeks, learning from laboratory scientists, educators, and from each other. Research Experiences for Teachers is in its 4thyear at the lab and attracted 18 teachers this summer. Twelve participants are from Leon County, representing elementary, middle, and high schools. As the program draws to a close the teachers are preparing to present the results of their research at two events of local interest:

  • Research presentations: Thursday, July 18, 1:00
  • Curriculum showcase: Friday, July 19, 9:00 a.m. to 12:00 p.m.

During the summer program, teachers are paired with research mentors and spend 6 hours a day on real-world science investigations. For a complete list of the teachers, mentors, and projects, see the following table. The balance of each day is spent with NHMFL science educators on strategies for translating their research experiences into classroom materials and activities for students. RET participants are competitively selected for the program and make a strong commitment to being a leader in science education at their school and at their districts.

The NHMFL RET program, which is supported by the National Science Foundation, is the largest program run by any national laboratory and one of only a few programs that include elementary teachers. Center Director Pat Dixon was an invited speaker at a recent national RET program directors conference in California. Because of the strength and success of the NHMFL RET program, NSF has encouraged the laboratory to conduct a study of RET effectiveness in enhancing science education. The study will analyze data over multiple years and may take two years to complete.

Research Experiences for Teachers - 2003 Participants

Participant

School

Research Area

Mentor

Kenneth Bowles Apopka High School
Altamonte Springs, FL
Superconductivity and Classroom Applications
Presentation
Justin Schwartz
Logan Chalfant Jefferson High School
Monticello, FL
Magnetic Suspension and MagLev Train Technology
Presentation
Yusuf Hascicek
Dani Dulin Canopy Oaks Elementary
Tallahassee, FL
Nuclear Magnetic Resonance: A Model
Presentation
Arneil Reyes
Phil Kuhns
Kristen Green Collier Pre-service teacher
Tallahassee, FL
Analyzing Mineral Content of Xenoliths
Presentation
Vincent Salters
Leroy Odom
Susan Goracke Ruediger Elementary School
Tallahassee, FL
The Power of Weave: Analyzing Fibers of Textiles in the Microanalysis Lab
Presentation
Robert Goddard
Jennifer Haid Fairview Middle School
Tallahassee, FL
Microscopy/Analysis of Metal Oxide Thin Films
Presentation
Yan Xin
Mark Johnson Lake Weir High School
Ocala, FL
The Effect of Low Temperatures and High Magnetic Fields on Resistance in the Alloy, CeCoIn5
Presentation
Eric Palm
Robert Krouch Winston Park Elementary School
Margate, FL
Liquid Crystal Phase Changes
Presentation
Michael Davidson
Pamela Mawson West Port High School
Ocala, FL
Nuclear Magnetic Resonance: A Model
Presentation
Arneil Reyes
Phil Kuhns
JoAnne McBrearty Hawks Rise Elementary School
Tallahassee, FL
Microscopy/Analysis of Metal Oxide Thin Films
Presentation
Yan Xin
Brian McClain Amos P. Godby High School
Tallahassee, FL
Superconductivity and Classroom Applications
Presentation
Justin Schwartz
Jessica Peddie Pre-service
Hosford, FL
The Power of Weave: Analyzing Fibers of Textiles in the Microanalysis Lab
Presentation
Robert Goddard
Vana Richards Kenneth J. Carberry Intermediate School
Emmet, Idaho
Magnetic Suspension and MagLev Train Technology
Presentation
Yusuf Hascicek
Farrell Rogers Marshall Middle School
Lakeland, FL
Liquid Crystal Phase Changes
Presentation
Michael Davidson
Carol Smith Odyssey Charter School The Effect of Low Temperatures and High Magnetic Fields on Resistance in the Alloy, CeCoIn5
Presentation
Eric Palm
Kimberlain Zenon Braden River Middle School
Bradenton, FL
Analyzing Mineral Content of Xenoliths
Presentation
Vincent Salters
Leroy Odom


The National High Magnetic Field Laboratory (www.magnet.fsu.edu) develops and operates state-of-the-art high-magnetic-field facilities that faculty and visiting scientists and engineers use for research in physics, biology, bioengineering, chemistry, geochemistry, biochemistry, and materials science. Sponsored by the National Science Foundation and the state of Florida, the lab is operated by Florida State University, and its 330,000-square-foot main facility is located in Tallahassee’s Innovation Park. The magnet lab also has facilities at the University of Florida and at Los Alamos National Laboratory in New Mexico.


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