'Higgs particles' diaporamas de présentation

MASSIVE THOUGHTS Young-Kee Kim University of California, Berkeley (CDF Experiment at Tevatron)

MASSIVE THOUGHTS Young-Kee Kim University of California, Berkeley (CDF Experiment at Tevatron) University of Chicago February 8, 2002. OUTLINE. Mechanism of giving masses to particles ? the Higgs Boson Indirect Probe of the Higgs Boson ? Precision Meas.: M Z ,sin 2 q W , M W , M top

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Future Colliders: Opening Windows on the World

Future Colliders: Opening Windows on the World. Young-Kee Kim The University of Chicago ICFA Seminar September 28 - October 1, 2005 Kyungpook National University, Daegu, Korea. Welcome to Korea. Calligraphy by my father. Accelerators are Powerful Microscopes.

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Neutrino Cross Section Calculations

Neutrino Cross Section Calculations. (Status Report) Emmanuel A. Paschos University of Dortmund March 21st, 2007. Main Properties . Neutrinos are important because they have only weak and gravitational interactions They provided the first evidence for physics beyond the standard model

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Lectures recorded at : cern.ch/wlap

Lectures recorded at : http://www.cern.ch/wlap. Physics at the LHC. 2. What did we get from LEP ?. Egil Lillestol, 8 February 2001. Can not use light microscopes to study atoms !!!. Quantum mechanics tells us that particles behave like waves and visa versa:. electron. l = h / p.

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DISCOVERING THE QUANTUM UNIVERSE

DISCOVERING THE QUANTUM UNIVERSE. Jonathan Feng University of California, Irvine Physical Sciences Breakfast Lecture Series Beckman Center of the National Academies 28 November 2006. QUANTUM UNIVERSE?. Quantum theory governs the very small (atoms). The Universe is very big.

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Richard Kass The Ohio State University

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CMS Masterclass 2015

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SYNTHESIS The Standard Model

SYNTHESIS The Standard Model. Elementary particles Strong nuclear force Weak nuclear force The Standard Model. Known Elementary Particles of Matter . Quarks : Up (u), Down (d), Strange (s), Charm (c), Bottom (b), Top (t) Leptons : Electron (e), Muon ( ? ), Tau ( ? ),

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m atter fermions

m atter fermions. gauge bosons. 1 st generation. 3 rd generation. 2 nd generation. Strong force . top . charm . up . gluons . Quarks. Electro-magnetic force . down . bottom . strange . photon . Leptons. Weak force . t neutrino . m neutrino .

223 views • 1 slides