Digital Commons @ IWU

Experimental implementation of wavefront sensorless real-time adaptive optics aberration correction control loop with a neural network, Minhzao Liu, David N. Lopez, Gabriel C. Spalding
Scholarship

Experimental Implementation of Wavefront Sensorless Real-time Adaptive Optics Aberration Correction Based Upon a Deep Neural Network, Minzhao Liu, David N. Lopez
John Wesley Powell Student Research Conference

Characterizing and Eliminating Magnetic Fields in an Electron Spectrometer, Matthew Fritsch, Alex Sentowski, Ian Wilkey, Ali Khatai
John Wesley Powell Student Research Conference

A computational approach to the study of Ultralow field reversal of two-body magnetization, Richa Sapkota
John Wesley Powell Student Research Conference

Absorption Spectra of Silicate Cosmic Analog Dusts Obtained with a Custom-Made Spectrometer, Katie North
John Wesley Powell Student Research Conference

Thresholds of Dimensionality in Physical Systems, Philip Andrango
John Wesley Powell Student Research Conference

Effects of Edge Roughness on Magnetoresistance Signatures in an Artificial Spin Ice System, Minzhao Liu
John Wesley Powell Student Research Conference

Transformation of light in anisotropic materials and devices, Sherman Sun, Man (Norman) Luo
John Wesley Powell Student Research Conference

Environmentally Friendly Organic Chemistry Laboratory Experiments for the Undergraduate Curriculum: A Literature Survey and Assessment, Ram S. Mohan, Maria P. Mejia
Ram S. Mohan

Conjugate Addition of Indoles to α,β-Unsaturated Ketones Using Bismuth (III) Bromide, Ram S. Mohan, Tyler J. Rauwolf, Zhijia Geng
Ram S. Mohan

Terahertz Absorption Spectra of Silicate Cosmic Analog Dusts Using a Novel Spectrometer, Binh Phan
Honors Projects

In Pursuit Of A Good Night’s Rest. Steps Towards Improving Electroencephalogram (Eeg) Accessibility And Affordability, Niyant Vora
John Wesley Powell Student Research Conference

Studies In Mesoscopics And Quantum Microscopies, Zhenghao Ding, Gabriel C. Spalding
Honors Projects

Revealed: A Workable Moral World-Peace Plan,
Raymond Wilson

The Long and Winding Trail (video only), Linda French
Honorees for Teaching Excellence

Thermal Modeling of a Millimeter Wavelength Light Detector, Fiona Breyer, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Design and Engineering of a Millimeter-Wavelength Spectrometer, Constantine Karas, Kyle O’Shea, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Nanovaterite Synthesis and Processing, Zhenghao Ding, Timothy Rettich, Faculty Advisor, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Quantum Optics and Single Photon Quantum Information Processing, Zhenghao Ding, Lunjun Liu, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace,
Raymond Wilson

Oscillating Chemical Reactions, Ruomeng Zhang
Honors Projects

A New Laboratory for MM-/Sub-MM-Wave Characterization of Cosmic Dust Analogs, Thushara Perera, Lunjun Liu, '17
Thushara A. Perera

Demonstration of Ion Trap Principles, Zhenghao Ding, Lunjun Liu, Gabriel C. Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Designing Optical Traps from the Bottom Up, Toan H. Le, Joseph Richards, George W. Alex, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Interactive Physics Simulations, Jonathan Gholson, Narendra Jaggi, Faculty Advisor
John Wesley Powell Student Research Conference

Oscillating Chemical Reactions, Ruomeng Zhang, Narendra Jaggi, Faculty Advisor
John Wesley Powell Student Research Conference

Delving Deeper in to Space: Observing Areas Surrounded by Interstellar Dust, Beatrice Koka, Ryan Schonert, Rebecca Roesner, Faculty Advisor, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Assembly, Alignment, and Maintenance of an Automated Laser Cutter, Zhenghao Ding, Lunjun Liu, Gabriel C. Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

A New Laboratory for MM-/Sub-MM-Wave Characterization of Cosmic Dust Analogs, Lunjun Liu, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Microfluidic Generator of Sub-10-Micron Hydrosomes, Zhenghao Ding, Lunjun Liu, Gabriel C. Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Rotation Period of 584 Semiramis, Linda French, Kyle Connour, Tyler Wright
Scholarship

Rotation Period of 584 Semiramis, Linda French, Kyle Connour, Tyler Wright
Linda French

Nuclear War: Hiroshima, Nagasaki, and a Workable Moral Strategy for Achieving and Preserving World Peace, Raymond Wilson
Raymond Wilson

DeHarak Receives NSF Grant for Research on Electron Scattering, Kim Hill
News and Events

Development of a Rotational Stage for Operation at 4K Temperature, Thushara Perera, Huy Do, '16
Thushara A. Perera

Overcoming Auditory Illusion Through Optical Reality, Jonathan Gholson, Bruno deHarak, Faculty Advisor, Joseph Plazak, Faculty Advisor
John Wesley Powell Student Research Conference

Nano-Nano: Detecting Nanometer Scale Motion at Nanosecond Timescales, Emily Brown, James Connolly, Daniel Krob, Alexander Scherer, Ian Simmons, Jakeshan Thaker, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Test Re-test Reliability of Zebrafish (Danio Rerio) Behavior in the Novel Tank Paradigm, Casie Henrikson, Inez White, Samuel Aronson, Sarah Whitchurch, Kali Lewis, Brad Sheese, Faculty Advisor, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Three Dimensional Tracking of Multiple Objects, Christopher Jent, Nickolas Miller, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Optical Cloaking by Aberation Correction, Joseph Richards, Julia Savich, Gabriel C. Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

What Color are Purple Butterfly Wings: A Study of Optical Structures, Victoria Halevy, Tyler Sterr, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Development of a Rotational Stage for Operation at 4K Temperature, Huy Do, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Dexamethasone Exposure and Thigmotaxis in Larval Zebrafish (Danio Rerio), Ethan Gelke, Casie Henrikson, Inez White, Kali Lewis, Samuel Aronson, Sarah Whitchurch, Brad Sheese, Faculty Advisor, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Physics Student Named Goldwater Scholar, Matt Kurz
News and Events

IWU Physicist Elected as Fellow of International Optical Society, Kim Hill
News and Events

National Physics Association Honors Spalding, Kim Hill
News and Events

ReCentering the Humanities, Mellon Grant for “Through the Looking Glass: The Science of Art...or the Art of Science", Crystal Boyce, Karen Schmidt, Gabe Spalding
Crystal Boyce

Spalding To Receive National Physics Award, Kim Hill
News and Events

Refracting Honor through a Personal Prism (video only), Narendra Jaggi
Honorees for Teaching Excellence

A Graphical Introduction to Special Relativity Based on a Modern Approach to Minkowski Diagrams, Thushara Perera, Boxiang Liu, '14
Thushara A. Perera

A Graphical Introduction to Special Relativity Based on a Modern Approach to Minkowski Diagrams, Boxiang Liu, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Tests of a Novel Technique for Finding Galaxies in Millimeter Wavelength Maps, Alejandro Mancera, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Building Apparatus for Quantum Optics, Ryan McGonagle, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Characterization of Dust, Xi Lin, Madeline Lyons, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Determining the Location of an Object In 3 Dimensional Space Using a Two Camera System, Christopher Jent, Nickolas Miller
John Wesley Powell Student Research Conference

Laser-Based Pressure Measurement, Juan GomezVelez, Kyle French, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

The Iridescence of Morpho Butterfly Wings, Victoria Halevy, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Manipulating Micron-Sized Particles, Nathaniel Nesbit, Boxiang Liu, Brian Sorich, Gabe Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Structural Analysis of a 2-D Micron-Scale Particle Array, Sam Birsa, Mohamed ElKabbash, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

A Multi-Channel, Multi-Mode Biopotential Measurment Device, Thushara Perera, Boxiang Liu, '14
Thushara A. Perera

Tests of a Novel Technique for Finding Galaxies in Millimeter Wavelength Maps, Thushara Perera, Alejandro Mancera, '15
Thushara A. Perera

A Workable Moral Strategy for Achieving and Preserving World Peace: A Strategy That Can Create Over 500,000 American Jobs, Raymond Wilson
Raymond Wilson

Ray Wilson, Ray Wilson, Daniel Maurer 2012
All oral histories

Ray Wilson, Daniel Maurer 2012
Oral History Interview Participants

Comparison of Aberration Correction Methodologies, Patrick Dahl, Carl Mueller, Nathanial Wolanyk, Evan Baker, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

IR Astrometry and Photometry of the Abell 1882 Supergroup, Derrick Rohl, Linda French, Faculty Advisor, Percy Gomez, Faculty Advisor
John Wesley Powell Student Research Conference

Creating a Simple Open Source Matlab Program Used to Control Adaptive Optics, Evan Baker, Carl Mueller, Patrick Dahl, Nathanial Wolanyk, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Rotational Properties of Trojan Asteroid 5209, Daniel LaRocca, Linda French, Faculty Advisor
John Wesley Powell Student Research Conference

Particle Tracking and AOD Control, Nathaniel Wolanyk, Carl Mueller, Patrick Dahl, Evan Baker, Gabriel Spalding, Faculty Advisor
John Wesley Powell Student Research Conference

Electrochemical Etching Technique for Fabricating Tungsten Nanotips, Thomas Bersano, Bruno deHarak, Faculty Advisor
John Wesley Powell Student Research Conference

Improving Data Filtering With Aztec Group, Jesse Schaar, Thushara Perera, Faculty Advisor
John Wesley Powell Student Research Conference

Visualizing a Fourth Dimension: Hypercubic Resistor Networks, Andrew J. Nelson '08
Honors Projects

Physics Department Self-Study, Nathan Frank, Linda French, Narendra K. Jaggi, Thushara Perera, Gabriel C. Spalding
Criterion Three: Student Learning & Effective Teaching

Hiroshima and Nagasaki, Response to Critics,
Raymond Wilson

The Vibrational Behavior of a Cured Carbon Fiber Disk and a Tennis Racket, Nick Timme '08
Honors Projects

Hiroshima and Nagasaki for Teachers,
Raymond Wilson

Model Created to Help Teachers Envision Fourth Spatial Dimension, Rachel Hatch
News and Events

Photometry of Outer-belt Objects, Gautham S. Narayan '05
Honors Projects

Chapter 12 - Part II: A New Way of Thinking about Achieving and Preserving Peace, Raymond Wilson
Raymond Wilson

Nuclear Options,
Raymond Wilson

Phase Transitions Occurring in Models of Neighborhood Racial Segregation, Alexander J. Laurie '03
Honors Projects

Design and Construction of a Radio Frequency Plasma Device, Matthew Highland '02
Honors Projects

Development of a Data Acquisition and Analysis System, Michael V. Mores '02
Honors Projects

Holographic Optical Tweezers: Development and Analysis of the First Holodeck Prototype, Matthew T. Dearing '00
Honors Projects

X-Ray Spectroscopic Mapping of Three Unusual Active Galaxies (NGC 4258, NGC 1097, and NGC 1068), Jeremy Kotter '98
Honors Projects

Harmonic Oscillation in the Presence of Multiple Damping Forces, Chris Pelto '97
Honors Projects

Novel Swelling Structures and Electromotility Response in Polyelectrolyte Gels, Dana Deardorff
Honors Projects

On the Mechanism of Giant Electromotility in Polyelectrolyte Gels, Kimberly Ann Branshaw '95
Honors Projects

Fourier Series and Optical Transform Techniques in Contemporary Optics: an introduction, Raymond Wilson, Sean McCreary
Raymond Wilson

A Lattice Gas Approach to the Structure and Dynamics of Electrorheological Fluids, Jie Chen '93
Honors Projects

A Novel Technique for Studying the Shear Elastic Properties of Weak Solids, Jason A. Payne '93
Honors Projects

Optical transformations in three-space: Simulations with a PC, Raymond G. Wilson, Sean M. McCreary, Jeffrey L. Thompson
Raymond Wilson

Ionic Polishing of Fused Silica and Glass, Raymond Wilson
Raymond Wilson

Deflection of an Electron Beam by Photons, Danning W. Bloom '64
Honors Projects

Ray Wilson, Wesleyana, Illinois Wesleyan University
Oral History Interview Participants