'Magnetic monopoles' presentation slideshows

Cutnell/Johnson Physics 7 th edition

478 views • 39 slides

The New in X-ray and ? -ray Spectroscopy of Space

The New in X-ray and ? -ray Spectroscopy of Space. Vladimir Burdyuzha Astro -Space Center, Lebedev Physical Institute, Russian Academy of Sciences, Moscow MIAMI -2018. Two periods of the Universe evolution.

392 views • 39 slides

Search for magnetic monopoles with ANTARES

356 views • 35 slides

395 views • 32 slides

The Compass

436 views • 27 slides

355 views • 23 slides

Status of the ANTARES Neutrino Telescope

349 views • 23 slides

231 views • 23 slides

318 views • 22 slides

Search for Exotic Physics with the ANTARES Detector

Search for Exotic Physics with the ANTARES Detector. Gabriela Pavalas and Nicolas Picot Clemente, on behalf of the ANTARES Collaboration ICRC 2009. 12 vertical lines with 884 Optical Modules (OM) deployed in the Mediterranean Sea, since May 2008

296 views • 21 slides

Searching for Magnetic Monopoles

243 views • 21 slides

CH 22-1

CH 22-1. Electric Dipole. An electric dipole is made of equal magnitude, opposite charges. In an electric field, an electric dipole will twist so that it aligns with the E-field with the +q toward the E-field and the -q opposite the E-field.

204 views • 20 slides

CMS Calorimetry in the Very Forward Direction

CMS Calorimetry in the Very Forward Direction. E. Norbeck, P. Debbins, and Y. Onel University of Iowa. For the 23 rd Winter Workshop on Nuclear Dynamics Big Sky Montana 11-18 February 2007. Outline.

311 views • 19 slides

Magnetic Monopoles In Spin Ice

197 views • 18 slides

Search for magnetic monopoles with ANTARES

279 views • 17 slides

A Theoretical Investigation of Magnetic Monopoles

402 views • 15 slides

CERN

226 views • 11 slides

58 views • 5 slides

Comparison of Magnetostatics and Electrostatics

289 views • 4 slides

ASCI/Alliances Center for Astrophysical Thermonuclear Flashes

ASCI/Alliances Center for Astrophysical Thermonuclear Flashes. FLASH MHD Timur Linde. Equations. The equations of magnetohydrodynamics (MHD) describe the behavior of electrically conducting fluids, in particular of astrophysical plasmas, in the presence of magnetic fields.

14 views • 1 slides