PPT-Study the particle ratio fluctuations in heavy-ion collisio

Limin Fan 樊利敏 Central China Normal University CCNU 1 Outline Introduction Model and calculation Results and discussion Summary and outlook 2 3 Preequilibrium. InGrid-TimePix. . detector. D. ATTIÉ. 1). , M. CAMPBELL. 2 ). , M. CHEFDEVILLE. 3). , P. COLAS. 1). , E. DELAGNES. 1). , K. . FUJII. 4. ). . , . I.GIOMATARIS. 1. ). , H. VAN DER . GRAAF. 5. ) . Nuar. , Josh . BOlton. , and Justyn Day. The Discovery of the Electron. Cathode Ray Tube. What . was the composition and properties of this mysterious ray. ?. Inventor: Karl Ferdinand Braun 1897. Specialized vacuum . geometric . fluctuations of the . Glauber. model make specific predictions for . a dipole and triangle terms in the observed azimuthal distribution of particles. Preliminary . results on . the v. 1. your Fight Career. The Next Level?. What is it?. A level of confidence in your abilities. Being prepared for your opponent . Mentally . Physically. Our goal here is to get us started on the path. Not the end all be all method. Blair Stanley. November 18, 2008. Outline. Introduction. Objective. Methods. Progress to Date. Preliminary Results and Conclusions. To Do. Introduction. Dams alter hydrogeology. Storage of water, sediment, and nutrients. Will Witt. Introduction . –. Heavy Ion Physics. Heavy ion physics seeks to understand the behavior of strongly interacting matter (quarks and gluons) at extreme temperatures and densities.. Hadronic Matter. Christiana . Athanasiou. , MIT. 4. work with: Krishna . Rajagopal. (MIT). . Misha. . Stephanov. (University of Illinois). . Outline. Introduction. Critical Contribution to Particle Multiplicity Fluctuations. Heavy Flavour Physics with the . LHCb. Experiment at the LHC. 17/04/2013. 1. 17/04/2013. 2. Matter . vs. Anti-Matter. Every particle has an anti-particle:. Same mass. Same lifetime. Opposite charge. Stony Brook University. QM 2019 11/3-11/9/2019. Flow and Centrality fluctuations in ATLAS. Based on arXiv:1904.04808 . Origin of flow/centrality fluctuations. Same . N. . can have different shapes . UIOPS Workflow. UIOPS Processing Details. Option to compute . D. max. following a circular, rectangular, and elliptical fit around particle. Latter 2 use Computational Geometry Algorithms Library. Wu and McFarquhar (2016). . . For elements of higher atomic number, the ratio rises to approximately 1.6 to 1 . As a nuclide departs from this stable ratio, changes in the nucleus occur which tend to bring the product to a more stable arrangement. . InGrid-TimePix. . detector. D. ATTIÉ. 1). , M. CAMPBELL. 2 ). , M. CHEFDEVILLE. 3). , P. COLAS. 1). , E. DELAGNES. 1). , K. . FUJII. 4. ). . , . I.GIOMATARIS. 1. ). , H. VAN DER . GRAAF. 5. ) . Bedanga. Mohanty. NISER. (For STAR Collaboration). Based on STAR: . arXiv. : 1701.07065 . 01/20. Goals of Heavy-Ion Collision. Find out the phase structure of QCD phase . d. iagram . e. xperimentally. Misha. . Veldhoen. (Utrecht University). For the ALICE collaboration. Hard Probes 2012. Cagliari, Italy. Measured by the ALICE detector, . TeV. Hadronization. at high and low .