'Electronic properties' diaporamas de présentation

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MuCool Program Overview

MuCool Program Overview. Muon Cooling R&D Alan Bross. Outline. MuCool Overview AB Collaboration MuCool Test Area Program Synopsis MuCool Phase II 201 MHz RF Program D. Li 805 MHz RF Program D. Huang LiH Absorber Program AB Coupling Coil M. Green

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Berry Phase Effects on Bloch Electrons in Electromagnetic Fields

Berry Phase Effects on Bloch Electrons in Electromagnetic Fields. Qian Niu ?? University of Texas at Austin ????. Collaborators: Y. Gao, Shengyuan Yang, C.P. Chuu, D. Xiao, W. Yao, D. Culcer, J.R.Shi, Y.G. Yao, G. Sundaram, M.C. Chang, T. Jungwirth, J. Sinova, A.H.MacDonald

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Computational Physics (Lecture 21)

Computational Physics (Lecture 21) . PHY4370. where g ( r ) is the pair distribution and S ( k ) is the angular average of S ( k ). G ( r , t ) can be interpreted as the probability of observing one of the particles at r at time t if a particle was observed at r = 0 at t = 0 .

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Performance of Molecular Polarization Methods

Performance of Molecular Polarization Methods. Marco Masia. Overview. Nonpolarizable Models Algorithms Incorporating Polarizability Fluctuacting Charges (FQ) Point Dipoles (PD) Shell Models (SH) Comparison Among Methods: Case of a Positive Point Charge Case of Cations Damping Methods

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Density Functionals: Basic DFT Theory

Density Functionals: Basic DFT Theory. Sergio Aragon San Francisco State University CalTech PASI January 4-16, 2004. DFT Publications. Outline. Wavefunction methods: Hartree-Fock To know ground state E, what else do we need to know? Electron Density. Basic DFT Theorems Kohn-Sham Equations

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Leading Computational Methods on Modern Parallel Systems

Leading Computational Methods on Modern Parallel Systems. Leonid Oliker Lawrence Berkeley National Laboratory Joint work with: Julian Borrill, Andrew Canning, Stephane Ethier, Art Mirin, David Parks, John Shalf, David Skinner, Michael Wehner, Patrick Worley. Motivation.

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Energetics and Structural Evolution of Ag Nanoclusters

Energetics and Structural Evolution of Ag Nanoclusters. Rouholla Alizadegan (TAM) Weijie Huang (MSE) MSE 485 Atomic Scale Simulation. Outline . Background and Introduction Simulation Method Results and Discussion Summary References. Why study small clusters?. Unique structures

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Specification section 1.5

Modern and Smart Materials. Specification section 1.5. Modern and Smart materials 1.5. What do you need to learn? The advantages and disadvantages of each material when manufacturing products. Shape Memory Alloys (SMA)

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Carbon Nanotube In Biology

Carbon Nanotube In Biology. Lawanya Raj Ojha Graduate Student Department of Chemistry, OSU, Stillwater. Abstract.

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Modeling and Simulation International Technology Roadmap for Semiconductors, 2004 Update

Modeling and Simulation International Technology Roadmap for Semiconductors, 2004 Update. Ashwini Ujjinamatada Course: CMPE 640 Date: December 05, 2005.

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NERSC Science Highlights

NERSC Science Highlights. A selection of scientific results produced by NERSC users September, 2011. NERSC User Scientific Accomplishments, Q3CY2011. Astrophysics NERSC played a key role in the discovery that led to the 2011 Nobel Prize in Physics. (S. Perlmutter, UC Berkeley/LBNL).

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A. A. Green and M. C. Hersam , Advanced Materials , 23 , 2185 (2011).

Single- Chirality Single-Walled Carbon Nanotubes Mark C. Hersam , Northwestern University, DMR 1006391.

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Nano Letters , 12 , 1184 (2012).

Gigahertz Flexible Transistors from DGU Graphene Mark C. Hersam, Northwestern University, DMR 1006391.

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Adapted Zard Synthesis of Trifluoromethyl Ketones from Carboxylic Acids Brandon Mercer

Adapted Zard Synthesis of Trifluoromethyl Ketones from Carboxylic Acids Brandon Mercer Department of Chemistry, University of New Hampshire, Durham, New Hampshire 03824 12/03/13. Introduction:

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Five-orbital tight-binding model and effect of the tetrahedral distortion in iron pnictides

CONCLUSIONS. Abstract. Results for the LaFeAsO bands. Angle dependence in experiments, LDA and in our tight binding model. Results: Fermi surfaces and orbital components of the Fermi surfaces. Slater-Koster five-orbital tight-binding model .

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Protonated Benzaldehyde Clusters:

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Fig. 1: Lattice constant c and a vs. substrate temperature

Neutron diffraction. Control of Tetrahedral Coordination in FeSe Superconductors MRSEC (Johns Hopkins University) DMR05-20491.

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0952794_Ramanathan.ppt

Correlated Oxide Materials for Beyond CMOS Electronics Shriram Ramanathan , Harvard University, DMR 0952794. Exploring ultrafast metal-insulator transition switches utilizing correlated oxides as a paradigm for future computing

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