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CNLS Talks April 2002 - Present

• 04/02 Dima Mozyrsky (CNLS) Measurement Induced Quantum-Classical Transition

• 04/11 Robert Ecke (MST-10/CNLS) Granular Chains - Geometric Constraints, Entropy, and More

• 04/13 Piotr K. Smolarkiewicz (NCAR) A Viscoelastic Fluid Model for Brain Injuries

• 04/18 Montiago LaBute (T-10) Strong electron correlations in biomimetic organometallic molecules

• 04/19 Alain Aspect (Orsay, France) Bell's Inequalities

• 04/19 Anton Zeilinger (Vienna, Austria) Quantum Interference with Fullerenes and other Macromolecules

• 04/29 Robert F. Berg (NIST) Polymer-like viscosity near the critical point of xenon

• 04/29 Joshua Socholar (Duke) Directed force chain networks and stress response in static granular materials

• 04/29 Robert F. Berg (NIST) Oscillations of a cylinder in a shear-thinning, viscoelastic fluid

• 04/30 Sergei Tretiak (T-12) Introduction to Quantum Chemistry of Excited States

• 05/01 Boris Konopelchenko (Lecce, Italy) What classical (Greek) geometry and solitons have in common? Menelaus' theorem and Kadomtsev-Petviashvili equation

• 05/05 Martha Teeter (Boston College) The protein energy landscape at 0.9 resolution: Importance to dynamics and function

• 05/07 Sergei Tretiak (T-12) Introduction to Quantum Chemistry of Excited States II

• 05/14 James P. Freyer (B-3) In Vitro Models of the Tumor Microenvironment

• 05/15 James S. Brooks (Florida State Univ.) Beyond the Quantum Frog: Can Planetary Formation, Classical Convection, Self-Assembly, or Chao be Studied in a High Magnetic Field?

• 05/15 Kyozi Kawasaki (CNLS Ulam Scholar) Aspects of Complex Glassy Behavior

• 05/14 Sergei Tretiak (T-12) Introduction to Quantum Chemistry of Excited States III

• 05/10 Franco Magri (Milan, Italy) Separability of Hamilton-Jacobi Equations

• 05/13 Glenn Bartholomew (UC Santa Barbara) Three-dimensional Delocalization and Optical Nonlinearity Within Paracyclophane Based Bichromophoric Models

• 05/20 Igor Aronson (Argonne Nat. Lab) Theory of Partially Fluidized Granular Flows: From Avalanches to Granular Vortices

• 05/21 Sergei Tretiak (T-12) Introduction to Quantum Chemistry of Excited States IV

• 05/22 Charles Reichhardt (T-13/CNLS) Dynamics of Stripes, Crystals, and Bubbles with Quenched Disorder

• 05/28 Pal Ormos (Natl Inst Rheumatism & Physiotherapy) Microdevices Generated and Operated by Light for Use in Biology

• 05/28 Cristian Batista (T-11) Algebraic Approach to Interacting Quantum Systems

• 06/03 Brian Kendrick (T-12) Quantum Wavepacket Dynamics Using the de Broglie-Bohm Formulation of Quantum Mechanics

• 06/04 Cristian Batista (T-11) Algebraic Approach to Interacting Quantum Systems II

• 06/04 Doug Tobias (UC Irvine) Hydration Dynamics of Native and Partially Unfolded Proteins

• 06/11 Cristian Batista (T-11) and Gerardo Ortiz (T-11) Algebraic Approach to Interacting Quantum Systems III

• 06/17 Vassilios Kovanis (Corning Inc.) Domesticating Instabilities: Semiconductor Lasers Subject to External Feedback

• 06/25 Roderich Moessner (Princeton Univ.) Quantum Magnets, RVB, and Dimer Models I

• 06/26 Roderich Moessner (Princeton Univ.) Quantum Magnets, RVB, and Dimer Models II

• 06/28 Roderich Moessner (Princeton Univ) Quantum Magnets, RVB, and Dimer Models III

• 06/24 Douglas Abraham (Oxford) A Microscopic Model for Thin Film Spreading

• 06/27 Mark Novotny (Mississippi State Univ.) Extremely Long-time Dynamic Monte Carlo Simulations: Faster-Than-Real-Time Algorithms and Applications to Dynamics of Nanoscale Ferromagnets

• 07/16 John E. Pearson (T-10) Calcium: A Universal Second Messenger

• 07/22 Susan Coppersmith (Univ. Wisconsin) Comparing Quantum and Classical Complex Systems

• 07/22 David Brown (Lawrence Livermore Nat. Lab) New Overture Tools for Building and Using Meshes for Complex Geometry under SciDAC I

• 07/23 Jay X. Tang (Brown Univ.) Physical Properties of Actin Assembly and Cell Motility

• 07/23 Thomas C. Halsey (Exxon/Mobil Res.) Coarsening of Porous Media I

• 07/23 Thomas C. Halsey (Exxon/Mobil Res.) Coarsening of Porous Media II

• 07/29 Thomas C. Halsey (Exxon/Mobil Res.) Granular Flow and Gravitational Collapse

• 07/30 Eric Weeks (Emory) The Physics of Colloidal Glasses

• 07/30 Wouter Hoff (Colorado Sch. Mines) Folding and Signaling Share the Same Pathway in a Photoreceptor Protein

• 07/31 Eric Weeks (Emory) Microrheology and Rheological Microscopy

• 08/02 Alex Kamenev (Technion, Israel) Keldysh Technique for Non-Equilibrium Systems I

• 08/06 Alex Kamanev (Technion, Israel) Keldysh Technique for Non-Equilibrium Systems II

• 08/07 Alex Kamanev (Technion, Israel) Keldysh Technique for Non-Equilibrium SystemsIII

• 07/26 Matthias Troyer (Theoretische Physik Eidgenossische) Phases and Phase Transitions in 2D Bosonic Systems

• 07/30 Paul Krapivsky (Boston Univ.) Growing Networks

• 08/01 John S. George (P-21) Advanced Methods for Dynamic Imaging of Human Brain Function

• 08/01 John S. George (P-21) Advanced Methods for Dynamic Imaging of Human Brain Function

• 08/05 Thomas E. Witten (Univ. Chicago) Forces and Fragility in a Minimal Bead Pack

• 08/06 Joachim D. Mueller (Technische Universitaet Muenchen) The Observation of Protein Interactions in Living Cells by Fluorescence Fluctuation Spectroscopy

• 08/12 Leonid Levitov (MIT) Exchange Effects and Internal Waves in Nondegenerate and Degenerate Gases

• 08/14 Luc T. Wille (Florida Atlantic Univ.) Finding a Needle in a Haystack -- Physical Approaches to the Multiple-Minima Problem

• 08/13 Alex Groisman (Cal-Tech) Non-linear Microfluidic Devices and Logic Gates

• 08/13 A. Dale Kaiser (Stanford) Dynamics of Pattern Formation

• 08/19 Victor Roytburd (Rensselaer Polytechnic Institute) Finite-Dimensional Dynamics of Exothermic Interfaces

• 08/20 S. A. Gurvitz (T-13) Two-Electron Coupling due to Coulomb repulsion

• 08/21 Alexander Schleip (Univ. of Cologne) Group Testing Probes for DNA Arrays

• 08/22 Russel Poldrack (UCLA) FMRI of Learning and Plasticity

• 08/27 Oleg Zaboronski (Warwick, UK) Large Fluctuation Effects In Cluster-Cluster Aggregation

• 08/27 Tracy Ruscetti (B-2) A Macroscopic View of Molecular Events: Using Yeast Molecular Genetics to Understand DNA Recombinational Repair

• 09/03 Oleg Zaboronsky (Warwick, UK) Large Fluctuation Effects in Cluster-Cluster Aggregation

• 09/09 Edriss S. Titi (CNLS Ulam) Mathematical Study of Certain Geophysical Models

• 09/17 Greg Voth (Haverford) Bridging Length and Time Scales in the Simulation of Biomolecular Assemblies

• 09/09 Rena Zieve (UC Davis) Shape Effects on Stability of Granular Materials

• 09/12 Boris Spivak (Univ. Washington) Phase Separation in the Two-Dimensional Electron Liquid in MOSFET's

• 09/11 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equations I

• 09/13 Chongsheng Cao (CNLS) On the weak solutions to the 1-D Camassa-Holm equation

• 09/30 Yuri Orlov (Cornell) Which Properties of Quantum Mechanics are Exclusively Quantum?

• 10/01 Andreas Wagner (UNM) The design of large genetic networks: function, history, or (mere) chemistry?

• 10/02 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equations II

• 10/08 Christian Forst (B-5) Cellular Networks, Their Genomic Foundation, Interconnectivity and Evolution

• 10/10 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equations III

• 10/10 Howard S. Cohl (Louisiana State Univ) Heine-Newton-Coulomb Methods in Gravitational and Quantum Physics

• 10/15 Jin Wang (Stony Brook) Specificity and Kinetics of Bio-Molecular Binding Via Energy Landscape Analysis

• 10/17 Edriss Titi (T-7) Statistical Solutions to the Navier-Stokes Equation IV

• 10/21 Olga L. Lazarenkova (T-12) Properties of a Quantum Dot Crystal

• 10/21 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equation V

• 10/22 Bridget S. Wilson (UNM) ???

• 10/23 Edriss Titi (CNLS/Ulam) Statistical Solutions to the Navier-Stokes Equation VI

• 10/24 Lorenzo Cordone (Palermo, Italy) A single, all-comprehensive, energy landscape regulates the dynamics of both protein and external matrix in saccharide coated carboxy-myoglobin

• 10/24 Brian K. Kendrick (T-12) Quantum Wavepacket Dynamics using the de Broglie-Bohm Formulation of Quantum Mechanics

• 10/28 Ray Goldstein (Univ. Arizona) Chirality Transformations on Bacterial Flagella

• 10/28 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equation VII

• 10/29 Steven Boxer (Stanford) Electrostatics and Dynamics in Proteins: The Stark Story

• 10/29 Mitchell G. Moore (Univ. Texas - Austin) Unsteady Growth and Relaxation of Viscous Fingers

• 10/29 Andrei Piryatinski (CNLS) Quantum Brownian Oscillator Model

• 10/31 Laurent Cavalier (D-1) Sharp Adaptive Estimation in Severely Ill-posed Inverse Problems

• 10/31 Laurent Cavalier (D-1) Sharp Adaptive Estimation in Severely Ill-posed Inverse Problems

• 10/30 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equation VIII

• 11/05 Micah Dembo (Boston Univ.) The Mechanics of Neutrophils: Synthetic Modeling of Three Experiments

• 11/05 Andrei Piryatinski (CNLS) Quantum Brownian Oscillator Model

• 11/06 Edriss Titi (CNLS/Ulam) Statistical Solutions to the Navier-Stokes Equations

• 11/12 Kevin Sanbonmatsu (T-10) Molecular Dynamics Studies of Decoding by the Ribosome

• 11/12 Andrei Piryatinski (CNLS) Quantum Brownian Oscillator Model II

• 11/13 Stephanie R. Jones (Harvard) Mathematical Analysis of Central Pattern Generating Systems: Identifying Neural Mechanisms that Coordinate Stable Lags

• 11/13 B. Sriram Shastry (Indian Instit. Science) Spin-Ice and Other Frustrated Magnets on the Pyrochlore Lattice

• 11/18 Vladimir Chernyak (Corning Inc.) Interplay of Multiple Coherence Sizes in Nonlinear Optical Spectroscopy of Molecular Materials

• 11/13 Elihu Abrahams (Rutgers) Non-Exponential Relaxation and Hierarchically Constrained Dynamics in Proteins

• 11/18 Edriss Titi (CNLS Ulam) Statistical Solutions to the Navier-Stokes Equation IX

• 11/18 William Newman (UCLA) A Mathematical Model for Self-Limiting Brain Tumors

• 11/19 Vladimir Chernyak (Corning Inc.) Fast Photon Echo Decay in Chaotic Systems: Dynamics of Geodesic Flows in Riemann Surfaces with Constant Negative Curvature in the Presence of Noise

• 11/19 Christian Forst (B-5) Cellular Networks, their Genomic Foundation, Interconnectivity and Evolution

• 11/19 Benny Davidovitch (ExxonMobil Res.) Ripening of Porous Media

• 11/20 Susan Kurien (T-7) Stationary Statistical Solutions of the Navier-Stoked Equations -- Average Transfer of Energy and the Cascades in Turbulent Flows

• 11/25 Nigel Goldenfeld (Univ. Illinois UC) My Manhattan Project: A Physicist's Adventure on Wall Street

• 12/05 Ioannis Kevrekidis (Princeton) Coarse Multiscale Computations

• 11/26 Nigel Goldenfeld (Univ. Illinois UC) Renormalisation Group for Partial Differential Equations

• 12/03 Ivan Bozovic (Stanford) Atomically smooth high-Tc films and sandwich junctions: A quest for Stripes, preformed pairs, and spin-charge separation

• 12/09 Erica Carlson (Boston University) Vortex Smectic-A in Anisotropic Type II Superconductors

• 12/09 Susan Kurien (CNLS/T-7) Stationary Statistical Solutions of the Navier-Stokes Equation - Kraichnan's Cascade Mechanism

• 12/10 Pavel Lushnikov (CNLS) Wave collapse and singularity formation in nonlinear optics, plasmas, hydrodynamics, and Bose-Einstein condensate

• 12/12 Alexei Ilyin (Keldysh Inst. Appl. Math) Stability and instability of generalized Kolmogorov flows on the two-dimensional sphere

• 12/11 Peter Bickel (D-1) Some methods for texture synthesis and classification with theory suggested by their success

• 12/16 William Layton (Univ. Pittsburgh) Numerical Analysis of Large Eddy Simulation

• 12/16 Paul Dimotakis (Cal Tech) Part I: Progress in the growth and mixing in Rayleigh-Taylor Instability flows; Part 2: Imaging through Turbulence

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