'New particles' diaporamas de présentation

Phys 174

Phys 174. High Energy Physics. Discovery of New Particles. New particles Beginning in 1945, many new particles were discovered in experiments involving high-energy collisions Characteristically unstable with short lifetimes Over 300 have been cataloged

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A few follow-up comments

727 views • 53 slides

Interface Dynamics in Epitaxial Growth

Interface Dynamics in Epitaxial Growth. Russel Caflisch Mathematics Department, UCLA. Collaborators. UCLA: Anderson, Connell, Fedkiw, Gibou, Kang, Merriman, Osher, Petersen (GaTech), Ratsch HRL: Barvosa-Carter, Owen, Grosse, Gyure, Ross, Zinck Imperial: Vvedensky

566 views • 46 slides

The God particle at last?

582 views • 43 slides

How to discover the Higgs Boson in an Oracle database

How to discover the Higgs Boson in an Oracle database. Maaike Limper. Introduction.

480 views • 40 slides

Physics at the High Energy Frontier

Physics at the High Energy Frontier. J. Hewett PANIC 2005. What is the world made of? What holds the world together? Where did we come from?. Primitive Thinker. Courtesy: Y.K. Kim.

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Particle Physics from Tevatron to LHC: what we know and what we hope to discover

517 views • 37 slides

Strongly interacting systems Sanjay K. Ghosh Bose Institute Kolkata

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Antimatter Mysteries

521 views • 32 slides

An Internet-based software tool for Innovation, Foresight, and Visioning

391 views • 28 slides

Stewardship Program for Accelerator R&D: 10-year Strategic Plan

Stewardship Program for Accelerator R&D: 10-year Strategic Plan. Superconducting Particle Accelerator Forum of the Americas Fermilab November 13, 2012. Dr. Jim Siegrist Associate Director of Science for High Energy Physics Office of Science, U.S. Department of Energy.

403 views • 26 slides

Magnetic Monopoles in the Cosmos and at the LHC

Magnetic Monopoles in the Cosmos and at the LHC. Arttu Rajantie MoEDAL Physics Workshop CERN, 20 June 2012. Maxwell Equations. Duality. Dirac Monopole (1931). Vector potential Dirac string: Singularity along QM: Unobservable if . Dirac Monopole (1931).

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Organic Flavor, Part 2

421 views • 22 slides

Particle Physics : Now and the Future

Particle Physics : Now and the Future. David Milstead Stockholms Universitet. The most important questions in modern physics The most important experiment in modern physics Physics as a career. Open questions for the curious physicist . What are the fundamental building blocks

349 views • 21 slides

Search for Superpartners @ Colliders

Search for Superpartners @ Colliders. The Mass Spectrum. Model Dependent. LHC. ILC. Creation and Decay of Superpartners in Cascade Processes @ LHC. weak int's. Strong int's. l,2j,E T. 2l,6j,E T. 2l,2j,E T. 8j,E T. Typical SUSY signature: Missing Energy and Transverse Momentum.

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Douglas Bryman University of British Columbia

347 views • 19 slides

The Second Line of Defense ~The Inflammatory Response~

The Second Line of Defense ~The Inflammatory Response~. Injured body cells release chemicals called histamines , which begin the inflammatory response Capillaries dilate Pyrogens are released, reach hypothalamus, and body temperature rises Pain receptors are activated

482 views • 18 slides

Hadronic SUSY @ CMS

Hadronic SUSY @ CMS. Saeid Paktinat School of Particles and accelerators, IPM On behalf of the CMS Collaboration DIS 2012: XX International Workshop on Deep-Inelastic Scattering and Related Subjects, 26-30 Mar 2012 , University of Bonn (Germany ). Disclaimer.

315 views • 17 slides

The Effects of Climate and Emission Changes on Surface Sulfate Wet Deposition in 2030

The Effects of Climate and Emission Changes on Surface Sulfate Wet Deposition in 2030. Konrad Cunningham, Joel Arberman, Nadine Bell, Susan Harder, Drew Schindell, Gavin Schmidt . Topics. Climate Experiments Sulfates Sulfate Deposition Objectives Model Description Conclusions

468 views • 13 slides

The Effects of Climate and Emission Changes on Surface Sulfate Wet Deposition in 2030

The Effects of Climate and Emission Changes on Surface Sulfate Wet Deposition in 2030. Konrad Cunningham, Joel Arberman, Nadine Bell, Susan Harder, Drew Schindell, Gavin Schmidt . Topics. Climate Experiments Sulfates Sulfate Deposition Objectives Model Description Conclusions

138 views • 13 slides