Physics with ATLAS and CMS Are there new symmetries or extra-dimensions? What is dark matter? Where does mass come from? The two big multi-purpose experiments.

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Presentation transcript:

Physics with ATLAS and CMS Are there new symmetries or extra-dimensions? What is dark matter? Where does mass come from? The two big multi-purpose experiments at the LHC Can we unify the fundamental interactions? Exploring the TeV scale:

The Experiments / Proton-Proton Collisions How are the detectors designed ? What happens in pp collisions ? - Kinematics - - Cross sections - - QCD  Triggering, pile-up, etc. ATLAS CMS

Standard Model Physics at Highest Energies Top Quarks Gauge Bosons Electroweak Physics Jets

Hunting the Higgs Boson What we expect and how we want to find it … … to explain the origin of mass ! Where is it ???

Supersymmetry Is our world supersymmetric? This may solve several problems of our Standard Model... We will discuss experimental challenges !

Exotics There are many other exciting possibilities for new physics... Extra-Dimensions Extra-Dimensions Mini Black Holes Mini Black Holes Compositeness Compositeness 4 th generation quarks 4 th generation quarks New heavy gauge bosons (Z’, W’) New heavy gauge bosons (Z’, W’)

Outline of ATLAS & CMS Lectures Lecture 2: The ATLAS and CMS Experiments, pp-Collisions, Kinematics, QCD Lecture 3: Standard Model Physics & Experimental Techniques 2.5. Lecture 4: The Search for the Higgs Boson 9.5. Lecture 5: Supersymmetry Lecture 6: Exotic New Physics (extra dimensions, mini black holes, compositeness, heavy vector bosons,…)

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