'Order phase' presentation slideshows

Quark Matter at High Density/Temperature

Quark Matter at High Density/Temperature. James C Dunlop Brookhaven National Laboratory. Defining the question. Recent Definition from STAR for the Quark Gluon Plasma.

507 views • 32 slides

AC-susceptibility method for Curie temperature determination. Experiment and theory

AC-susceptibility method for Curie temperature determination. Experiment and theory. A.V. Korolev , M.I. Kurkin, Ye.V. Rosenfeld Institute of Metal Physics, Ural Branch of Russian Academy of Sciences. INTODUCTION. There are a lot of different methods for determination of Curie temperature T C

527 views • 31 slides

Some physical properties of disorder Blume-Emery-Griffiths model

Some physical properties of disorder Blume-Emery-Griffiths model. S.L. Yan, H.P Dong Department of Physics Suzhou University CCAST 2007-10-26. Outlines. 1. Introduction 2. Theory 3. Results & discussions 4. Summary. 1. Introduction. Ising model and its development

477 views • 31 slides

B. Spivak, UW S. Kivelson, Stanford,

2D microemulsion phases in Bose and Fermi systems with dipolar interaction. B. Spivak, UW S. Kivelson, Stanford, S. Sondhi, D. Huse, C. Lamman, Princeton. interaction energy can be characterized by a parameter

309 views • 29 slides

The next decade of physics with STAR

The next decade of physics with STAR. 1 st Collision June 12, 2000. James Dunlop for the STAR Collaboration. RHIC: Key Unanswered Questions. Partonic structure. Hot QCD Matter. Spin structure of the nucleon How to go beyond leading twist and colinear factorization?.

380 views • 27 slides

370 views • 22 slides

Filippos BALASIS TANAKA LAB 2013. 10.2

Catching Up With The Global Bandwidth Demand: 2023 And Beyond. Filippos BALASIS TANAKA LAB 2013. 10.2. Outline. Global Internet Traffic Forecast. Global Internet Traffic in 2023. Year Global Internet Traffic 1992 100 Gigabytes per Day 1997 100 Gigabytes per Hour

311 views • 18 slides

N (t) = numpy.random.randn( dims[0] )

N (t) = numpy.random.randn( dims[0] ). a priori relative area, frequency and phase of all resonances for each metabolite. metabolite area (concentration) of each metabolite. global frequency shift. global zero order phase. metabolite specific T 2 decay. global T 2 * decay.

219 views • 2 slides