'Monopole' presentation slideshows

The role of the isovector monopole state in Coulomb mixing.

The role of the isovector monopole state in Coulomb mixing. N.Auerbach TAU and MSU. As a good approximation we take the potential of a uniformly charged sphere. Coulomb interaction.

589 views • 50 slides

M. Zubkov ITEP Moscow 2007

10 Tev monopoles and topology of the Standard Model. M. Zubkov ITEP Moscow 2007. Abstract. Standard Model may be defined with the gauge group s We show, that , if the Unification is achieved at Tev (it could be in PUT or ETC), in the cases

576 views • 44 slides

Monopoles

Monopoles. The Mystery. At the beginning there was Maxwell. Vacuum. Symmetry under electromagnetic duality. MAXWELL. Matter (Source). Duality Symmetry is explicitly Broken In order to restore symmetry is necessary to introduce Magnetic charge(MONOPOLE) and the magnetic current.

563 views • 38 slides

Carlos de los Heros Division of High Energy Physics Uppsala University Partikeldagarna

STATUS OF AMANDA AND ICECUBE. Carlos de los Heros Division of High Energy Physics Uppsala University Partikeldagarna Karlstad, March 31st-April 1st 2004. The AMANDA/ICECUBE Collaborations. Bartol Research Institute UC Berkeley UC Irvine Pennsylvania State UW Madison

459 views • 34 slides

Lebanese Sterilization Network

Lebanese Sterilization Network of Potentially Infectious Health Care Waste: creation and management system. Health Care Waste issue. " Health Care Waste " refers to materials accumulated as a result of patient diagnosis, treatment or immunization of human beings or veterinary activity.

450 views • 33 slides

James L. Pinfold University of Alberta

Searching for the Magnetic Monopole and Other Highly Ionizing Particles at Accelerators Using NTDs. James L. Pinfold University of Alberta. The Discovery of the North Pole.

489 views • 33 slides

G EANT 4 energy loss of protons, electrons and magnetic monopole

G EANT 4 energy loss of protons, electrons and magnetic monopole. M. Vladymyrov. About speaker.

421 views • 30 slides

The MoEDAL Experiment: A Progress Report

The MoEDAL Experiment: A Progress Report. LHCb. MOEDAL. James Pinfold (for the MoEDAL Collaboration). The MoEDAL Collaboration.

402 views • 26 slides

The MoEDAL Experiment: A Progress Report

The MoEDAL Experiment: A Progress Report. LHCb. MOEDAL. James Pinfold (for the MoEDAL Collaboration). The MoEDAL Collaboration.

271 views • 26 slides

Search for Magnetic Monopoles at the RHIC

Vasily Dzhordzhadze for the Monopole Group CAD Meeting BNL, March 27, 2007. Search for Magnetic Monopoles at the RHIC. Motivation. 1269 : French military engineer Pierre de Maricourt studied magnets 1873:Maxwell equations; It can be symmetrized.

388 views • 22 slides

Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope

Search for relativistic magnetic monopoles with the Baikal Neutrino Telescope. E. Osipova -MSU (Moscow) for the Baikal Collaboration (Workshop, Uppsala, 2006). The Baikal Collaboration. Institute for Nuclear Research, Moscow, Russia . Irkutsk State University, Irkutsk, Russia.

370 views • 21 slides

290 views • 18 slides

Structure of the nucleon and Roper Resonance with Diquark Correlations

293 views • 18 slides

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642 views • 18 slides

A Theoretical Investigation of Magnetic Monopoles

410 views • 15 slides

B. I. Stepanov Institute of Physics National Academy of Sciences of Belarus

B. I. Stepanov Institute of Physics National Academy of Sciences of Belarus. Status of the magnetic monopoles in ATLAS. Yu. Kurochkin, Yu. Kulchitsky, I. Satsunkevich, N. Rusakovich, Dz. Shoukavy. Gomel , 200 7. CONTENTS. 1. Introduction and limits on the monopole mass. 2.

219 views • 15 slides

M. Hasegawa, K. Ishiguro, Y. Nakamura, T. Sekido, T. Suzuki University of Kanazawa and DESY

The confining potential and a low-energy effective monopole action under two flavours of dynamical quarks. M. Hasegawa, K. Ishiguro, Y. Nakamura, T. Sekido, T. Suzuki University of Kanazawa and DESY (This was done as DESY-ITEP-Kanazawa (DIK) collaboration). Purpose:.

170 views • 15 slides

A Direct Search for Magnetic Monopoles at H1

HEP03, Aachen, 17 -23/7/03. A Direct Search for Magnetic Monopoles at H1. David Milstead The University of Liverpool. Monopoles in Particle Physics. Electric charge quantisation. Dirac - e=nh/g m 0. Gauge group symmetry breaking.

222 views • 13 slides

10,12 Be ???????????

10,12 Be ???????????. Makoto Ito 1 and K. Ikeda 2. 1 Department of Pure and Applied Physics, Kansai University. 2 RIKEN Nishina Center for Accelerator based Science, RIKEN. I. ?????????????????????. II. ?? ???????????????.

308 views • 12 slides

Monopole holder

Monopole holder. Kanwalpreet Kaur Communication subsystem & Integration subsystem. Monopole Holder (Exploded View, Internal). Bullet. Insulation. Connector. Monopole. Specifications. Number of monopole holders: 3 M aterial : Al-6061 Specifications:

255 views • 12 slides