| Andrew Kucher (The College of New Jersey) worked with The Principles Of MRI |
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| Aneesh Bapat (McGill University) worked on Predicting Stenosis In Blood Vessels |
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| Gerardo Giordano (New Jersey Institute of Technology) worked with Liquid Crystals And Nanoscale Patterned Surfaces |
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| Gregory Bouton (Lafayette College) worked on High Pressure Diaspore Fluorescence |
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| Jiwon Lee (Duke University) worked on Simon 1.0 – Pattern Recognizer |
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| Johannah Itescu (Frinklin W. Olin College of Enggng) worked with Polymer Electrolyte Fuel Cells |
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| Joshua Mcneur (University of Chicago) worked using Chalcogenide Glass Tooptimize Quantum Cascade Laser Performance |
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| Kendra Kathan (Rutgers University) worked on Analyzing The Stability Of β-Carotene and PV-19 Nanoparticles Created Using Confined Impinging Jets |
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| Lars Johanson (Bucknell University) worked with Amorphous Silicon TFT Instabilities In OLED Driver Circuit Applications |
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| Leonidas Stellakis (University of Nortre Dame) worked on Transport In Cement : Relating Permeability And Pore Size Distribution |
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| Luis M. Dominguez (Univ of Puerto Rico-Mayaguez) worked on the Purification System |
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| Marie Ung (University of California – Berkeley) worked on Block Copolymer Gels As Dielectric Elastomers |
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| Meghna Desai (New York University) Nanopatterning Of Fibronectin On Stretched DNA for Applications In Cell Adhesion Studies |
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| Omar Bravo-Rivera (Univ of Peurto Rico – Mayaguez) worked on Cantilever Mems Detection Of Cancer |
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| Piotr Wianecki (Stanford University) worked on Determining Electron Spin Lifetime In Self Assembled In AS Quantum Dots |
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| Salomon Nolasco (Embry Riddle Aeronautical University) worked on Nanoscale Structures Relating To The Mechanical Properties Of Abalone Shell |
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| Shruti Parekh (College of Saint Elizabeth) worked on Catalyst For Splitting Water & Synthetic Modeling Of Inorganic Active Site In Photosystem II |
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| Timothy Cronin (Swarthmore college) worked on Investigating Na0.5 Coo2 Using Angle-Resolved Photoemission Spectroscopy |
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