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The ATLAS Project: looking at the energy frontier

Learn about the ATLAS project's search for new phenomena and fundamental particles, including the Higgs particle and microscopic black holes. Discover the Canadian contributions to ATLAS and the exciting discoveries expected in the near future.

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The ATLAS Project: looking at the energy frontier

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  1. The ATLAS Project: looking at the energy frontier Board of Governors visit 27 Nov 2007 Michel Lefebvre Physics and Astronomy University of Victoria Michel Lefebvre

  2. Length Scales 1 m 1 km 1 Mm 1 Gm 1 Tm 1 Pm 1 Em 103 m 1012 m 1018 m 100 m 109 m 1015 m 106 m thickness of Milky Way solar system one light year Notation: 106 = 1000000 6 zeros! Michel Lefebvre

  3. Length Scales 1 am 1 fm 1 pm 1 nm 1 m 1 mm 1 m 10-15 m 10-6 m 100 m 10-18 m 10-9 m 10-3 m 10-12 m proton we see quarks inside protons Notation: 10-6 = 0.000001 6th decimal place! Michel Lefebvre

  4. Aerial View of CERN Michel Lefebvre

  5. ATLAS Physics The ATLAS physics program is very rich and includes searches for new phenomena that may exist in nature What is the origin of mass? Is nature supersymmetric? Is Dark Matter such a particle? Are there other dimensions of space? Is there another layer of more fundamental particles inside electrons and quarks? ...and many more questions! Michel Lefebvre

  6. ATLAS Physics: mini black holes Microscopic black holes may be produced in the ATLAS detector (if they exist). They would decay immediately into many particles. The colours of the tracks show different types of particles emerging from the collision Michel Lefebvre

  7. ATLAS Physics: Higgs particle The Higgs particle is predicted in relation to the origin of mass This is what such events may look like Michel Lefebvre

  8. Large Hadron Collider Tunnel 27 km long, on the French-Swiss border First collisions expected mid 2008 27 April 2007: lowering of the last dipole Michel Lefebvre

  9. ATLAS DetectorA Toroidal Lhc ApparatuS length: 40 m radius: 10 m weight: 7 kt ~108 elec. ch human Michel Lefebvre

  10. ATLAS Detectorin October 2005 Michel Lefebvre

  11. ATLAS Detector Components One ATLAS endcap cryostat, 282 tons, being transported to the ATLAS experimental area, 22 Sep 2005 Major Canadian contribution, many components constructed in Victoria and TRIUMF Michel Lefebvre

  12. ATLAS Detector Components ATLAS lab at UVic during construction UVic team member making tests in CERN Michel Lefebvre

  13. ATLAS Collaboration Over 1800 scientists from 37 countries UVic scientists continue to play important roles in the governance of ATLAS Michel Lefebvre

  14. Canada and ATLAS Over 100 Canadian scientists participate in the ATLAS experiment • since 1992 • contributions to the ATLAS detector construction • contributions to the Large Hadron Collider construction • TRIUMF, Canada’s nuclear and particle physics laboratory located in Vancouver, is playing an important role • houses ATLAS-Canada Computing Centre Alberta Carleton McGill MontréalRegina SFU Toronto TRIUMF UBC Victoria York Michel Lefebvre

  15. UVic and ATLAS • UVic founded the ATLAS effort in Canada • ML founding spokesperson of ATLAS-Canada in 1992 • Important contribution to ATLAS • construction of components in UVic and TRIUMF • installation at CERN • getting ready for first collisions • Dr Rob McPherson (UVic adjunct, IPP scientist) current spokesperson of ATLAS-Canada • UVic group now composed of • 6 faculty (including 2 IPP scientists) + 1 emeritus • 3 research associates + computing support • 5+3 graduate students Michel Lefebvre

  16. Outlook ATLAS and the Large Hadron Collider • The highest priority experiment in our field in Canada • On the threshold of discoveries that are likely to alter and improve our understanding of nature’s most fundamental laws • UVic continues to lead the Canadian effort in ATLAS • Fantastic training opportunities for graduate students and Research Associates Expect discoveries in the near future! Michel Lefebvre

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