1. High Energy Physics Theory: Bigi, Delgado, Kolda –1 postdoc –5 students Experiment: Hildreth, Jessop, Lannon LoSecco, Ruchti, Wayne –3 research professors –4 (+1) postdocs –1 engineer, 3 technicians –7 students Outreach: Quarknet, GK-12, RET, REHS

2. Current Students Brian Dudley- U.S. Joel Griffith- U.S. Pokie Olson- U.S. Ayan Paul- India Dipajan Ray- U.S.  Kyle Knoepfel - U.S.  Jyotsna Osta - India Ted Kolberg- U.S. Jamie Antonelli- U.S. Sean Lynch- U.S. Doug Berry- U.S. David Morse- U.S. HEP ExperimentHEP Theory

3. Main Injector & Recycler & Recycler Tevatron Booster pppp p  p source Chicago FERMILAB Accelerator Complex CDF & DØ Experiments: World’s highest energy particle collisions Search for mechanism of mass generation (Higgs boson) Direct searches for other New Physics Precision measurements of fundamental particles Hildreth, Lannon, Ruchti, Wayne CDF & DØ Experiments: Conceived/Constructed/Run DØ Central Fiber Tracker Software Coordination Trigger Upgrade Design & Commissioning Physics: Precision EW Measurements, Higgs, Beyond SM

4. SLAC ACCELERATOR FACILITIES BaBar Experiment: Understanding the origins of matter in the Universe (CP Violation and the matter-anti-matter asymmetry) Searching for new physics at high mass scales with precision measurements of rare processes International Linear Collider R&D: ILC: explore New Physics at the TeV Scale with precision measurements R&D: Detector Development at ND, FNAL, Accelerator Instrumentation at SLAC, KEK Jessop, LoSecco Hildreth, Wayne BaBar Experiment: Software/Production Coordination Design/Construct/Commision/Calibrate ECal Commision/Operation of Upgraded Muon System Physics: Radiative Penguins (b  s  )

5. World Travel CERN: The Large Hadron Collider The CMS Experiment at the LHC: World’s highest energy collisions (7x Tevatron) starting 2009 Focus of High Energy Physics for the next decade Search for breakdown of the Standard Model, New Physics at the TeV scale Hildreth, Lannon, Jessop, Ruchti, Wayne The CMS Experiment at the LHC: Built/Commissioned HCAL electro-optic readout ECal DAQ & Trigger Commissioning/Monitoring, EM/Photon ID Simulation & Tracking Software; sLHC Upgrade R&D Physics: Higgs, Top, Beyond SM searches

6. Chooz-near Chooz-far Chooz, France Double Chooz Experiment: reactor-produced neutrinos Attempt to measure a fundamental parameter of the neutrino mass matrix ( e -  mixing) understand origin of neutrino masses LoSecco Double Chooz Experiment: Software Coordination Simulation Design Phototube system design & calibration Oscillation analysis techniques

7. Northern Indiana Particle Theory: Develop Tests of CP Violation in Nature Develop models and tests of EW Symmetry Breaking, baryogenesis and mass generation Develop more complete models of Nature: explain particle flavor, Dark Matter/Energy, etc. in the context of the Quantum Universe Bigi, Delgado, Kolda

8. HEP: Future Directions Possible Experimental Faculty Expansion: –Expert in Silicon Detector Development Greatly enhance cross-disciplinary efforts in Department –especially connections with Astro-Particle efforts (LSST, etc.) Important ingredient for LHC upgrades –Experimentalist with focus on Neutrino Physics Enhance efforts in this under-represented area Closer ties with expanding Fermilab program –Expert in Large-Scale Research Computing Crucial ingredient for “modern” experiments Closer ties with campus/regional computing efforts, resources Follow opportunities: e.g. an ILC at Fermilab could motivate group expansion to take advantage of new local world-class facility

9. Possible Directions for Theory Faculty Expansion: –Astroparticle Theory Closer ties with Astrophysics, Nuclear Astrophysics potential contribution to “Origins” center –String Theory Phenomenology Complementary to current efforts, broaden focus Closer ties with Mathematics HEP: Future Directions