'Weak decays' diaporamas de présentation

Simonetta Marcello Torino University Seminar @ JAEA Tokai- mura , October 26, 2010

Hypernuclear Weak Decay Measurements with FINUDA Experiment. Simonetta Marcello Torino University Seminar @ JAEA Tokai- mura , October 26, 2010. OUTLINE. FINUDA Experiment Study of Hypernuclear Weak Decays Mesonic Weak Decays (MWD) Non- Mesonic Weak Decays (NMWD)

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Low Energy Precision Tests of Supersymmetry

M.J. Ramsey-Musolf Caltech Wisconsin-Madison. Low Energy Precision Tests of Supersymmetry. M.R-M & S. Su, hep-ph/0612057 J. Erler & M.R-M, PPNP 54, 351 (2005). Outline. Motivation: Why New Symmetries ? Why Low Energy Probes ? Prime Suspect: Supersymmetry Low Energy Precision Tests .

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Low Energy Precision Tests of Supersymmetry

M.J. Ramsey-Musolf Caltech Wisconsin-Madison. Low Energy Precision Tests of Supersymmetry. M.R-M & S. Su, hep-ph/0612057 J. Erler & M.R-M, PPNP 54, 351 (2005). Outline. Motivation: Why New Symmetries ? Why Low Energy Probes ? Prime Suspect: Supersymmetry Low Energy Precision Tests .

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The Future for Particle Physics ?

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Neutrons and the New Standard Model

Neutrons and the New Standard Model. M.J. Ramsey-Musolf Wisconsin-Madison. NPAC. Theoretical Nuclear, Particle, Astrophysics & Cosmology. http://www.physics.wisc.edu/groups/particle-theory/. ILL Grenoble, May 2008. Searching for the New SM.

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Future Directions in Parity Violation: From Quarks to the Cosmos

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Nuclei as Laboratories: Nuclear Tests of Fundamental Symmetries

M.J. Ramsey-Musolf. Nuclei as Laboratories: Nuclear Tests of Fundamental Symmetries. N. Bell V. Cirigliano J. Erler B. Holstein A. Kurylov C. Lee C. Maekawa. S. Page G. Prezeau S. Profumo S. Tulin B. Van Kolck P. Vogel S. Zhu. Cosmic Energy Budget. Dark Matter. Dark Energy.

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Nuclei as Laboratories: Nuclear Tests of Fundamental Symmetries

M.J. Ramsey-Musolf. Nuclei as Laboratories: Nuclear Tests of Fundamental Symmetries. N. Bell V. Cirigliano J. Erler B. Holstein A. Kurylov C. Lee C. Maekawa. S. Page G. Prezeau S. Profumo S. Tulin B. Van Kolck P. Vogel S. Zhu. Cosmic Energy Budget. Dark Matter. Dark Energy.

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Reflections on Symmetries and Neutrinos

Reflections on Symmetries and Neutrinos. Adam Para. Revolutionary Developments in XX Century Physics. Special Relativity General Relativity Quantum Mechanics Quantum Field Theory Standard Model of Elementary Particles and their Interactions Role of symmetry in physics.

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Looking Through The Mirror: Parity Violation in the Future

M.J. Ramsey-Musolf. Looking Through The Mirror: Parity Violation in the Future. + many students, post-docs, collaborators, and colleagues. Fundamental Symmetries & Cosmic History. What are the fundamental symmetries that have governed the microphysics of the evolving universe?.

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Weak Interactions in the Nucleus II

Weak Interactions in the Nucleus II. Summer School, Tennessee June 2003. p. e -. g. e -. p. Recoil effects in E&M. Hadrons exchange gluons so need to include most general Lorentz-invariant terms in interaction. Recoil effects. Has to be zero to allow conservation of charge:.

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Nuclei & the Early Universe: Looking Beyond the Standard Model

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Nuclear Theory & the New Standard Model: Neutrinos & Fundamental Symmetries in the Next Decade

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Search for Rare and Forbidden Processes at BES

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Nuclear Theory & the New Standard Model: Neutrinos & Fundamental Symmetries in the Next Decade

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Neutrino flavor ratios from cosmic accelerators on the Hillas plot

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STERILE NEUTRINOS

STERILE NEUTRINOS. The n MSM model. T. Asaka and M. Shaposhnikov Phys.Lett.B620(2005)17 M.Shaposhnokov Nucl.Phys.B763(2007)49 Minimum extension of the SM to accomodate massive neutrinos See-saw formula for active neutrinos m n =-M D (1/M I )(M D ) T Majorana mass M I

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The Development of Particle Physics

The Development of Particle Physics. Dr. Vitaly Kudryavtsev D36a, Tel.: 0114 2224531 v.kudryavtsev@sheffield.ac.uk. Parity violation. t-q - puzzle; is the parity conserved? Experiment by Wu et al. with 60 Co beta decay (1956). Experimental set-up Measurements Results and outcomes

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