'Correlation functions' presentation slideshows

Surprises in Solar Physics some critical problems

Surprises in Solar Physics some critical problems. Philip Judge High Altitude Observatory National Center for Atmospheric Research. This discussion. A global solar dynamo reconnection Parker and turbulent diffusivity Spruit and the solar cycle

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The STAR Upgrade Progra m

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The Void Probability function and related statistics

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The CMS detector Two-particle correlation functions Results in m inimum bias collisions

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Non-identical particle correlation at RHIC* From flow to strong interaction

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Measuring correlation functions in interacting systems of cold atoms

Measuring correlation functions in interacting systems of cold atoms. Detection and characterization of many-body quantum phases. Anatoli Polkovnikov Harvard/Boston University Ehud Altman Harvard/Weizmann Vladimir Gritsev Harvard Mikhail Lukin Harvard

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Two- and multi-particle correlation studies

Two- and multi-particle correlation studies. Correlations as probes for spectroscopy and dynamics [dynamics] ? ? [ spectroscopy]. Resonance decay/Invariant mass spectroscopy Spectroscopic properties of unbound states. Nuclear equation of state; Symmetry energy. Collaboration:

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Metals at Highish Redshift And Large Scale Structures

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Simulating living molecules with quantum computers

Simulating living molecules with quantum computers. Vlatko Vedral , Oxford & Singapore v latko.vedral@qubit.org. A discussion regarding reductionism; Quantum effects in biology; Cold atoms quantum computers; Simulating energy transfer with quantum computers; Simulating life?.

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Monika Sharma for the STAR Collaboration Wayne State University

Centrality dependence of number and transverse momentum correlations in Au+Au collisions at 200 GeV. Monika Sharma for the STAR Collaboration Wayne State University. Aim: To understand underlying collision dynamics in heavy-ion scenario. Outline:. Physics motivation The ridge

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Nikolay Prokofiev, Umass, Amherst

DIAGRAMMATIC MONTE CARLO FOR CORRELATED FERMIONS. Nikolay Prokofiev, Umass, Amherst. work done in collaboration with . Lode Pollet Harvard. Matthias Troyer ETH. Evgeny Kozik ETH. Emanuel Gull Columbia. Boris Svistunov UMass. Kris van Houcke UMass Univ. Gent. Felix Werner

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Spontaneous inhomogeneity in disordered superconducting films

Spontaneous inhomogeneity in disordered superconducting films. Mikhail Skvortsov Mikhail Feigelman Landau Institute, Moscow. Leiden, 26 Aug 2011. Two mechanism of superconductivity suppression. Coulomb suppression of T c & mesoscopic fluctuations.

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Angular Correlations at High pt: Craig Ogilvie for the Phenix Collaboration

hard-scattered parton from e.g. p+p. cone of hadrons. gluon radiation. p. p. Angular Correlations at High pt: Craig Ogilvie for the Phenix Collaboration. hard-scattered parton during Au+Au. hadron distribution softened, broadened?. Energy-loss: increased medium-induced

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Closing loopholes in Bell tests of local realism

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Heavy Ion Collisions at LHC in a Multiphase Transport Model

Heavy Ion Collisions at LHC in a Multiphase Transport Model. L.W. Chen 1 , B.A. Li 2 , Z.W. Lin 3 , B.W. Zhang 4 ,B. Zhang 5, C.M Ko 6. A multi-phase transport (AMPT) model Rapidity and transverse momentum distributions Anisotropic flows: elliptic & hexadecupole

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Tidal Alignments & Large Scale Structure

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Comparison of hybrid ensemble/4D-Var and 4D-Var within the NAVDAS-AR data assimilation framework

Comparison of hybrid ensemble/4D-Var and 4D-Var within the NAVDAS-AR data assimilation framework. Presenter: David Kuhl (NRL, Washington DC) Thomas E. Rosmond (SAIC, Forks, Washington) Craig H. Bishop (NRL, Monterey, CA ) Justin McLay (NRL, Monterey, CA )

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XCS Overview

Contacts Name: Aymeric ROBERT XCS group Leader Phone: ( 650) 926-2747 Email: aymeric@slac.stanford.edu Name: Chiara Caronna Phone: ( 650) 926-3767 Email: caronna@slac.stanford.edu Name: Sooheyong Lee Visiting Scientist (DESY) Phone: ( 650) 926-8915

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DAQ 100 - (Jeff Landgraf)

DAQ 100 - (Jeff Landgraf). Only write clusters to .daq files Remove some current bottlenecks in DAQ - Cluster finder optimization - Formatting optimization / bypass - Formatting buffer management. This Gives us:. ~5-fold reduction in data size High instantaneous rates approaching

240 views • 10 slides