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1 | John Ziegler | Viscous, Reactive, Compressible Flow: Direct Simulation of Mach Reflection and Detonation Phenomenon |
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3 | James Martin | MCMC Methods for Bayesian Inverse Problems |
5 | Benjamin Sonday | Probing for “slow” variables using diffusion maps |
7 | David Ketcheson | Optimal SSP Runge-Kutta Methods |
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9 | Natalie Ostroff | An engineered eukaryotic clock |
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11 | Geoffrey Oxberry | Automatic Reduction of Chemical Reaction Mechanisms Through Reaction and Species Elimination |
13 | Kevin Kohlstedt | Chiral symmetry breaking with ionic lattices wrapped around nanofibers |
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15 | Jenelle Bray | Computational Advances in GPCR Structure Prediction |
17 | David Rogers | Improved Force Matching Using Bayes’ Theorem and Stretched String Energy |
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19 | Brian Levine | National airspace model: Deterministic optimization of flight frequencies by carrier after airport losses |
21 | Cameron Talischi | Honeycomb Wachspress Finite Elements for Structural Topology Optimization |
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23 | Robin Friedman | Assessing Conservation of Individual Mammalian MicroRNA Target Sites |
25 | Ariella Sasson | De Novo Short Read Genome Sequencing |
27 | Alex Perkins | Application of selfish genetic elements to vector-borne disease control |
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29 | Arnab Bhattacharyya | Noise Management, Inspired by Nature |
31 | Steven Hamilton | An Efficient Multigrid Approach for the Oseen Problem Based on the HSS Iteration |
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33 | Zlatan Aksamija | Boltzmann Transport Simulation of Electron Transport in Single-Walled Carbon Nanotubes |
35 | Mark Berrill | Modeling Extreme Ultraviolet Lasers |
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37 | Asegun Henry | Thermal Conductivity of Polyethylene Chains Using Molecular Dynamics Simulations |
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39 | Ethan Coon | Extended Finite Element Methods for Repeated Rupture |
41 | Carolyn Phillips | Polydisperse Polymer-Tethered Nanospheres in the Double Gyroid Phase |
43 | Gregory Crosswhite | Tensor Networks: Weapons of Mass Simulation |
45 | Christopher Carey | A Numerical Investigation of Extragalactic Jet Stability |
47 | Alejandro Rodriguez | In search of surprises from the quantum vacuum: a computational approach to the study of Casimir forces in nanostructured media |
49 | Paul Sutter | The evolution of cosmic structure with coupled dark matter and dark energy |
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2 | Peter Norgaard | Application of adaptive mesh refinement to particle-in-cell methods |
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4 | John Evans | Discontinuity Capturing and the Variational Multiscale Method |
6 | Michael Sekora | Extremum-Preserving Limiters for MUSCL and PPM |
8 | Julianne Chung | Separable Nonlinear Least Squares Problems in Medical Imaging |
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10 | Tal Danino | Synchronization of an E. coli genetic oscillator |
12 | Jeremy Lewi | Designing Neurophysiology Experiments to Optimally Constrain Parametric Receptive Field Models |
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14 | Joshua Adelman | Ring Opening Dynamics of the Sliding DNA Clamp PCNA |
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16 | Ashlee Ford | Modeling Controlled Release Drug Delivery from PLGA Microspheres |
18 | Jordan Atlas | Modeling a Minimal Gene Set Drawn from Multiple Sequenced Bacterial Genomes |
20 | Matthew Reuter | Modelling Laser Field Alignment of Organic Molecules on Semiconductor Surfaces: Toward Ultrafast Molecular Switches |
22 | Jeff Hammond | Coupled-cluster theory on supercomputers |
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24 | Miler Lee | Structural modularity of microRNA precursors |
26 | David Markowitz | Rate-Specific Synchrony: Using Noisy Oscillations To Detect Equally Active Neurons |
28 | Sarah Richardson | BioStudio: Computer Assisted Design of Synthetic Genomes |
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30 | Matthew Adams | Computational Electromagnetics for Improved Wireless Network Simulation |
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32 | Danilo Scepanovic | A definition and method for estimating instantaneous heart rate |
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34 | Joshua Hykes | Deterministic and Monte Carlo radiation transport in Computed Tomography dose estimation |
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36 | Kristi Harris | Atomistic Simulation of Electromigration in Nanoscale Metallic Interconnects |
38 | Christopher Schroeder | The Higgs Boson and the Top Quark in a Box |
40 | Hal Finkel | The Gravitational-Wave Spectrum of Preheating Inflation Models |
42 | Jack Deslippe | Electronic and Optical Properties of Nanostructures from First Principles Calculations |
44 | Benjamin Smith | Gluons from the Fifth Dimension: A Search for Kaluza-Klein Gluons at the LHC |
46 | Milo Lin | A Landscape Model of DNA Hairpin Kinetics |