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Senior Scientist R. Stephen Craxton, Laboratory for Laser Energetics
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LLE High School Student is Finalist in
National Intel Science Competition
by Lois H. Gresh
January 31, 2007: The prestigious Intel Science Talent Search announced today that Rui Wang, a student from the University of Rochester
Laboratory for Laser Energetics' (LLE) 2006 Summer High School Program is a finalist for the most prestigious high school science award in the United States. Rui Wang of Fairport High School is one of only forty finalists and will attend a Science Talent Institute in Washingon, D.C. to compete for more than $500,000 in college scholarships. She is the fourth Intel finalist from the LLE program during its eighteen years.
In addition to Rui Wang, two other students from the LLE 2006 Summer High School Program were semi-finalists in the competition. There were only 300 semi-finalists from a pool of 1,700 applicants. Each semi-finalist will receive $1,000, with an additional $1,000 awarded to the student's school. Dr. R. Stephen Craxton, Director of the LLE High School Program, is "very proud of our winning students: Alexandra Cok of Allendale Columbia, Zuzana Culakova of Brighton High School, and Rui Wang of Fairport High School." |
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Spotlight on Rui Wang
Rui Wang is first in her class of 563 students at Fairport High School and plans to study medicine after attending Harvard or Cornell. She earned perfect scores on her SAT tests and is fluent in her native language of Chinese. The daughter of Drs. Xinrong Wang and Lijian Ruan, Rui enjoys working with birds and playing the violin. |
With advisor Kenneth Marshall, Rui Wang used sophisticated computational chemistry codes to model a class of existing dyes and develop new dyes with enhanced optical properties.
Also with Marshall, Zuzana Culakova researched a new chemical treatment proposed to mitigate damage to optical components in the Omega EP laser currently being built by the LLE. With advisor R. Stephen Craxton, Alexandra Cok created computer simulations that helped design an experiment for the
National Ignition Facility, a huge laser under construction at the Lawrence Livermore National Laboratory in Livermore, CA that is being developed with collaborators from around the nation, including LLE scientists. |
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In 2006, two LLE high school students were semi-finalists for the Intel awards. In 2005, two students were semi-finalists, with one going into the final round. Three students were semi-finalists in 2004, and in 2003, three students were semi-finalists, including one finalist.
The 2006 LLE High School Program included thirteen Juniors, who won their slots from a pool of about sixty applicants. Any student may apply to the program by submitting a short essay describing his or her interest in science and technology, his or her future goals, and a letter of recommendation from a science or math teacher. The LLE then selects some of the applicants for interviews.
The eight-week summer program, which has been running since 1989 and is the only university-sponsored laser laboratory research program for high school students in the country, provides an exceptional opportunity for highly motivated students. Students accepted into the program are assigned to a research project and are supervised by staff scientists at the laboratory. These projects form an integral part of the research program of the laboratory and are related to the laboratory's 60-beam OMEGA laser, the world's most powerful fusion laser, and the OMEGA EP laser, currently under construction.
At the end of the program, the students present the results of their projects at a symposium in the laboratory. The students also produce written project reports. The students work 40-hour weeks and are paid.
The 2006 students and projects were:
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Student |
Project |
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Deshpreet Bedi, Brighton High School |
X-Ray Diffraction Measurements of Laser-Generated Plasmas
Advisor: F. Marshall |
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Ryan Burakowski, Churchville-Chili High School |
PCLC Flakes for OMEGA Laser Applications
Advisor: T. Kosc |
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Alexandra Cok, Allendale Columbia |
Optimization of Polar Direct Drive Beam Profiles for Initial NIF Targets
Advisor: S. Craxton |
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Zuzana Culakova, Brighton High School |
Organic Coatings for Hardening of Laser Optics
Advisor: K. Marshall |
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Eric Dobson, Harley |
Modeling Collisional Blooming and Straggling of the Electron Beam in the Fast Ignition Scenario
Advisor: J. Delettrez |
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Elizabeth Gregg, Naples Central |
Development of a Test Apparatus for the Optimization of Fiber Splicing
Advisors: S. Mott, J. Zuegel |
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Daniel Gresh, Wheatland-Chili High School |
Implementing a Knowledge Database for Scientific Control Systems
Advisor: R. Kidder |
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Matt Heavner, Fairport High School |
Real-Time Focal Spot Characterization
Advisor: C. Stoeckl |
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Sean Lourette, Fairport High School |
Neutron Transport Calculations Using Monte-Carlo Methods
Advisor: C. Stoeckl |
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Ben Matthews, York Central High School |
Precision Flashlamp Current Measurement - Thermal Sensitivity and Compensation Techniques
Advisors: D. Lonobile, G. Brent |
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Ryan Menezes, Webster Schroeder |
Evaluation of Confocal Microscopy for Measurement of the Roughness of Deuterium Ice
Advisor: D. Harding |
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Rui Wang, Fairport High School |
Nickel Dithiolene Systems: Computational Modeling of Spectral Properties
Advisor: K. Marshall |
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Nicholas Whiting, Bloomfield High School |
Dynamic Energy Grouping in Multigroup Radiation Transport Calculations
Advisor: R. Epstein |
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Additional Details
For further details, see the LLE Summer High School Program website at:
http://www.lle.rochester.edu/02_visitors/02_HighSchool/02_highSchool.html
To read the 2005
project reports, see:
http://www.lle.rochester.edu/03_publications/03_06_highschool/03_06_2005.html
For more information, please contact:
Dr. R. Stephen Craxton
Email: scra@lle.rochester.edu
Faculty Webpage: http://www.rochester.edu/College/RTC/Craxton.html
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