Student Research Symposium
Illinois
Section of the American Association of Physics Teachers
Recent Award Recipients
Assessment Form
DESCRIPTION:
The Illinois Section of the American Association of Physics
Teachers is pleased to announce an awards program as part of a
Student Research Symposium for high school and undergraduate
attendees of Illinois Section AAPT spring meetings. This program
will serve to recognize and promote both high school and
undergraduate student research in physics and physics teaching.
ELIGIBILITY:
High school and undergraduate students who are: 1) currently
engaged in physics research as defined below, 2) working under
the direction of a faculty advisor, 3) officially registered for
the ISAAPT meeting which they are attending, and 4) registered
competitors in the research symposium are eligible for
participation in the awards program. The student(s) should have a
substantive understanding of and/or involvement in the
conception, methodology, and analysis components of the research.
The research project does not have to be complete at the time of
presentation. Registration for the competition will be indicated
by checking the appropriate box on the paper submission form.
RESEARCH DEFINED:
For the purpose of this awards program, research will defined as
"a formal procedure which contributes to the expansion of
basic knowledge, or applies such knowledge to the solutions of
problems in society, or exemplifies creative expression in a
specific field of study." Examples of such research would
be: research projects for independent study, research projects
done on a group basis, or research projects done to fulfill
requirements of an honors or mentorship program. Topics may be
theoretical, experimental, or educational in nature.
CATEGORIES:
There will be only one presentation category. Scientific and
education presentations, be they individual or group, will be
treated on an equal basis. Mentors may not participate in
registered presentations.
PRESENTATION GUIDELINES:
All presentations should include the following essential
elements:
a) Introduction
b) Objectives
c) Procedures
d) Analysis of data
e) Results
f) Conclusion
JUDGING:
Judging will be based on scholarship, methodology, oral presentation, visual presentation, and creativity and originality. A
representative panel of judges will be selected by the conference host from among registered conference attendees. Judges
from institutions with students presenting in the symposium will be barred from judging in order to avoid conflicts of interest.
The judges will designate a chairperson who will be responsible for gathering assessment forms, determining the winner by the
highest average score, and presenting that information at a plenary session of the membership before the conclusion of the
meeting. The chairperson of the judging panel will present the awards to the symposium winners.
Here,
as a PDF file, is a copy of the assessment form that is used by the judges.
AWARDS:
Suitable awards consisting of plaques, trophies, and/or
certificates will be issued to winners of the student research
symposium. Monetary awards will be given for the top three papers
in the amounts of $100, $75, and $50. Monetary awards will be
shared equally by all registered competitors within groups.
Award Recipients
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October 25-26, 1996 |
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1. |
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Jonathan Foster, Bradley University, Apparatus
Development for Raman Spectroscopy |
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2. |
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Bridget Ford, Bradley University, The
Miniaturization of a Time of Flight-Mass Spectrometer for
Infield Applications |
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3. |
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Chris Pelto, Illinois Wesleyan
University, Harmonic Osc. in the Presence of Multiple
Damping Forces |
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April 11-12, 1997 |
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1. |
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Jason Griesbach, University of Wisconsin
- Platteville, High Speed Strobe Photography
Techniques |
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2. |
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Jennifer Csesznegi, Illinois State
University, Optical Properties of Coherently Excited
Three Level Media |
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3. |
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Mark Welter, University of Wisconsin -
Whitewater, Radical Density Measurements in a Diamond
Growth Flame |
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April 24-25, 1998 |
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1. |
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Amul Tevar, Western Illinois University,
Investigation of the Effects of Cobalt Doping on
Copper Oxide Superconductors |
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2. |
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Nick Stojanovich, Knox College, An
NMR Investigation of Hydrogen Motion in Quasicrystalline
TiZrNi |
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3. |
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Clay D. Nall, Western Illinois
University, Enhancements in High Temperature
Superconductivity Data Acquisition Techniques |
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April 16-17, 1999 |
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1. |
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Amul Tevar, Western Illinois University, Investigation of Gravitational Shielding by Rotating
Superconductors |
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April 14-15, 2000
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1. |
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Robert E. Wagner, Illinois State University, What are Cycloatoms? |
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2. |
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Shannon M. Mandel, Illinois State University, Numerical Simulations of Laser-Tissue Interactions |
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3. |
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Michael C. Baxa, Western Illinois
University, The Critical State Effects of Nickel Doping in a YBCO(123) Superconductor |
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April 20-21, 2001
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1. |
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Jeffrey Smith,
Knox
College, Design and Construction of a 1.5 Mev Cyclotron |
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2. |
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Anne Wake,
Southern Illinois University Edwardsville,
The Patience of Building a Classical Cassegrain |
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3. |
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Michael Baxa, Western Illinois
University, Raman and EXAFS Studies of Low-Ni-Doped YBCO Superconductors |
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April 5-6, 2002
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1. |
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Anne Wake, Southern Illinois University
Edwardsville, The Patience of Building a Classical Cassegrain, Part II |
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2. |
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James Gumbart, Western
Illinois University, Using the Adjoint Operator to Solve Fluid-Flow
Stability Problems |
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3. |
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Andrew James, Eastern Illinois
University, The Restricted Three Body Effective Potential |
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April 11-12, 2003
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1. |
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John
Henderson, Illinois State University, Fractional Cycloatom States |
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2. |
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Allen
Lewis, Illinois State University, Evidence of Dark Cone in
Backscattered Light off Turbid Media |
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3. |
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James
Gumbart, Western
Illinois University, Modeling Electromagnetic Problems Using Finite
Element Analysis |
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April 23-24, 2004 |
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1. |
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Jacob Hutchcraft,
Illinois State University, Adaptive Delayed Feedback Control of a Chaotic
Impact Oscillator |
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2. |
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Rebecca
Wenning, Illinois State University, Coherence and De-coherence in a
Light-Mirror System |
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3. |
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Matthew
Narter, Illinois State University, Computer Modeling of Light
Scattering in Random Media |
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April 8-9, 2005 |
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1. |
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Matthew
Narter, Illinois State University, Ensemble vs. Frequency Averages
for a Random Scattering Medium |
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2. |
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Amy
Winkler, Southern Illinois University Edwardsville, Europium Doped
Silicate Glass Laser |
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3. |
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Cary Pint,
University of Northern Iowa, The Formation of Domain Walls with Striped
Symmetry in Submonolayer Pentane and Hexane on Graphite |
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April 7-8, 2006 |
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1. |
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Nicholas
Jurasek, Illinois State University, Automated Calculation of
Fractal Dimension of Congressional Districts |
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2. |
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Matthew
Narter, Illinois State University, Ensemble vs. Frequency Averages
for a Random Scattering Medium |
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3. |
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Alison
O'Connell,
Illinois State University, Monte-Carlo Simulations for Light Scattering in
Milk |
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March 30-31, 2007 |
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1. |
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Thomas Traynor, Illinois
Wesleyan University, Construction of an Electronic
Speckle Pattern Interferometer |
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2. |
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Alison O'Connell, Illinois State University,
Monte-Carlo Simulation of Non-diffusive Behavior of
Light Scattering |
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3. |
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Sawyer Campbell,
Illinois State University, MLight Distribution Along the Optical Axis in
Milk Water Mixtures |
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April
4-5, 2008 |
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1. |
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Gabriel Caceres,
Augustana College, CDMS Veto Stability Study and
Calibration |
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2. |
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Tim Garvin,
Illinois State University, Laser Beam Widening
Mechanisms in Turbid Media |
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3. |
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Kara Lovelace
and Michael
Stachyra, Eastern Illinois University,
Angular Dependence of the Efficiency of Polarizers |
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April
3-4, 2009 |
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1. |
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Alison Smith,
Illinois Wesleyan University, Observation of a Resonance State in 25F |
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2. |
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Michael Chastain,
Eastern Illinois University, A Detailed Study of the Kinetic Theory of Real Gases by Computer Simulations |
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3. |
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David Wischhusen,
Illinois State University, Computer Simulations of Light Scattering and
Absorption in Random Media |
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