PPT-1 New formulation of the Interacting Boson Model and the st

10 th International Spring Seminar on Nuclear Physics Vietri sul Mare Italy May 2125 K Nomura U Tokyo collaborators T Otsuka N Shimizu U Tokyo and L Guo RIKEN Interacting Boson Model IBM and its microscopic basis. Yuta. . Orikasa. (SOKENDAI). Satoshi . Iso. (KEK,SOKENDAI). Nobuchika. Okada(University of Alabama). Phys.Lett.B676(2009)81. Phys.Rev.D80(2009)115007. The Standard Model is the best theory of describing the nature of particle physics, which is in excellent agreement with almost of all current experiments.. (s). Why do we need them?. What do they look like?. Have we found them?. γ. Quantum Electrodynamics. predicts one . massless. . spin-1. . gauge boson. PHOTON. g. Quantum . Chromodynamics. . predicts . 2014. Overview. Review of the Standard Model and the Higgs boson. Creating Higgs bosons. The discovery of a “Higgs-like” particle on July 4, 2012. Is it really the Higgs boson?. The Standard Model. Tim Wiser. Splash P2506. 3 Nov 2012. Plan . Standard Model of Particle Physics. Particles, interactions, and the Higgs field. Drawing Feynman diagrams. These simple pictures are actually . calculational. Modeling Natural Gas Liquid Infrastructure in the United States. Background/Relevance. Shale Basins in the U.S.. NGL estimates from USGS National Oil and Gas Assessment . http. ://energy.usgs.gov/OilGas/AssessmentsData/NationalOilGasAssessment.aspx#.UpAKD8Ssim4. Multigrid. finite-element solvers using the . corotational. formulation of finite elements provide an attractive means for the simulation of deformable bodies exhibiting linear elastic response. The separation of rigid body motions from the total element motions using purely geometric methods or polar decomposition of the deformation gradient, however, can introduce instabilities for large element rotations and deformations. Furthermore, the integration of the . empower service users and carers with informed choices about options for reducing distress and improving quality of life. “the literature makes it abundantly clear that service users want to be offered more than just medication” (Warner, Mariathasan, Lawton-Smith, & Samele, 2006). . Aungshuman. . Zaman. Department of Physics and Astronomy. Stony Brook University. October 11, 2010. What Is This Talk All About. Why is the search for the Higgs Boson important?. Gauge theory and standard model.. (s). Why do we need them?. What do they look like?. Have we found them?. γ. Quantum Electrodynamics. predicts one . massless. . spin-1. gauge boson. PHOTON. g. Quantum . Chromodynamics. . predicts . Hananeh. . Saghiha. Standard model. 12 fermions. Quarks & leptons. Some carry color charge. Some carry electric charge. Classified to 3 generations. Gauge bosons as force . carriers. Figures from . In particle physics , elementary particles and forces give rise to the world around us.. The two main elementary particles which form the major constituent of matter are the LEPTONS and QUARKS.. Quark+Quark=hadrons [protons&neutrons].. SOF + RBV. Randomisation*. 1 : 1 : 1. Open-label. BOSON . Study. : SOF + RBV . +. PEG-IFN . for genotypes 2 and 3. ≥ 18 years. Chronic HCV infection. Genotype 2, treatment-experienced with cirrhosis. (and elsewhere). Michael Schmitt (Northwestern University). LOOPFEST 13: June 18, . 2014. Topics. June 17, 2014. 2. Vector Boson Production at CMS (and elsewhere). Combines linear regression and ANOVA. Can be used to compare . g. treatments, after controlling for quantitative factor believed to be related to response (e.g. pre-treatment score). Can be used to compare regression equations among .