PPT-Dynamical coupled-channels

Author : giovanna-bartolotta | Published Date : 2016-07-20

s tudy of hadron r esonances and strangeness production Hiroyuki Kamano RCNP Osaka U in collaboration with B JuliaDiaz Barcelona U TS H Lee Argonne A Matsuyama

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Dynamical coupled-channels: Transcript

s tudy of hadron r esonances and strangeness production Hiroyuki Kamano RCNP Osaka U in collaboration with B JuliaDiaz Barcelona U TS H Lee Argonne A Matsuyama Shizuoka U S Nakamura . Eric . Prebys. , FNAL. Coupled Harmonic Oscillators. USPAS, Knoxville, TN, January 20-31, 2014. Lecture 12 - Coupled Resonances. 2. Equations of motion. Define uncoupled frequencies:. Try a solution of he form:. Coupled-Channels . A. pproach . to . Meson . P. roduction . R. eactions and . N. * . Spectroscopy. Hiroyuki Kamano. (RCNP, Osaka U.). Seminar@JAEA. , April 11, 2012. Outline. 1. . Background and motivation for N* spectroscopy. T. Sato Osaka U./KEK . Motivation. Analysis of meson production reaction and dynamical coupled channel model. extracting resonance parameters. Resonance mass and width. Role of reaction dynamics on resonance properties. Electroproductions. : Status and Plans. Hiroyuki Kamano. Research Center for Nuclear Physics (RCNP). Osaka University. EmNN. *2012 Workshop @ USC, USA, August 13-15, 2012. Outline. 1. . Background and motivation for N* spectroscopy. a 3 4 A a A in Creating Brain-Like Intelligence, . Sendhoff. et . al. . Course: Robots Learning from Humans. Cheolho. Han. September 25, 2015.. Biointelligence. Laboratory. School of Computer Science and Engineering. Siwei. . Liu. 1,. Yang Zhou. 1. , Richard Palumbo. 2. , & Jane-Ling Wang. 1. 1. UC Davis; . 2. University of Rhode Island. Motivating Study. Physiological synchrony between romantic partners during nonverbal conditions. Xiaohui XIE. Supervisor: Dr. Hon . Wah. TAM. 2. Outline. Problem background and introduction. Analysis for dynamical systems with time delay. Introduction of dynamical systems. Delayed dynamical systems approach. Symmetry Breaking. Craig Roberts. Physics Division. Q. C. D. ’s Challenges. Dynamical . Chiral. Symmetry Breaking. Very unnatural pattern of bound state masses; . . e.g., . Lagrangian. (. pQCD. Brandon Kerns*, . Shuyi. S. Chen, . Chiaying. Lee, and . Falko. . Judt. RSMAS/University of Miami. I. nterdepartmental . H. urricane . C. onference Miami, Florida 28 February – 3 March 2011 . NON - VERTICAL CAVITY LASER ARRAYS BY ZIHE GAO DISSERTATION Submitted in partial fulfillment of the requirements for the degree of Doctor of Philosophy in Electrical and Computer Engineering in the Participationin COREs(Coordinated Ocean-ice Coupled OceanCoupled Ocean--Ice Models Ice Models within the CSM Frameworkwithin the CSM Framework -HYCOM PanAm2.1 (hybri-Normally 2-26 vertical layers-CI NON-VERTICAL CAVITY LASER ARRAYSBYZIHE GAODISSERTATIONSubmitted in partial fulfillment of the requirementsfor the degree of Doctor of Philosophy in Electrical and Computer Engineeringin the Graduate C Spring 2012. Jose E. Schutt-Aine. Electrical & Computer Engineering. University of Illinois. jesa@illinois.edu. Signal Integrity. Crosstalk Dispersion Attenuation. Reflection Distortion Loss.

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