University%20of%20Chicago%20Experimental%20HEP%20Group%20(NSF%20supported)%20Overview - PowerPoint PPT Presentation

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University%20of%20Chicago%20Experimental%20HEP%20Group%20(NSF%20supported)%20Overview

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During past 10 years: 7 faculty members. Blucher, Frisch, Kim, Merritt, Oreglia, ... Cosmology: John Carlstrom, Stephen Meyer, Clem Pryke, Bruce Winstein ... – PowerPoint PPT presentation

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Title: University%20of%20Chicago%20Experimental%20HEP%20Group%20(NSF%20supported)%20Overview


1
University of Chicago Experimental HEP
Group(NSF supported)Overview
  • Physics past, present, future
  • Training students
  • Electronics Development Group
  • Service to HEP community
  • Support from the university
  • M. Shochet

2
Faculty
  • During past 10 years 7 faculty members
  • Blucher, Frisch, Kim, Merritt, Oreglia,
    Pilcher, Shochet, Winstein
  • Winstein ? cosmology 2001
  • Kim ? Chicago 2003

3
History of Chicago NSF group experiments
  • Current faculty Winstein (led most experiments)
  • Inclusive high?PT particle production _at_ FNAL
  • 2 experiments parton scattering
  • Observation of KL???? _at_ ZGS
  • Serious puzzle solved
  • Study of direct ? production _at_ FNAL
  • 2 experiments by 2 groups
  • Continuum, resonances
  • Study of dilepton production in hadron collisions
    _at_ FNAL
  • 3 experiments by 2 groups
  • Parton scattering PDFs
  • Direct CP violation _at_ FNAL
  • Series of experiments over gt 2 decades
  • Origin of CP many other related measurements
  • Early search for ? oscillations _at_ FNAL
  • If ?m2 had been really large,

4
  • Hadronic production of charm _at_ FNAL
  • Using prompt muons
  • Search for magnetic monopoles
  • SQUIDS, scalable to large areas
  • Search for ??? atoms in KL decay _at_ FNAL
  • Anomalous interactions
  • Retired faculty ? particle astrophysics
  • Search for ??e? _at_ Los Alamos
  • Lepton flavor violation
  • Deep inelastic ? scattering _at_ FNAL
  • Nucleon structure functions
  • High energy air showers
  • CASA

5
Physics Questions
  • What is the source of Electroweak Symmetry
    Breaking?
  • W top masses, Higgs searches, top properties
  • What is the source of the matter/antimatter
    asymmetry?
  • K, ?, (B)
  • What is the basic structure of space-time?
  • Closely related to force unification
    naturalness
  • SUSY, extra dimensions, ?

6
Recent Work ATLAS, CDF, KTeV, OPAL
  • OPAL
  • Detector EM presampler, precision ? detector
  • Analysis Higgs searches, precision tests of SM,
    beyond SM searches
  • Leadership Physics Run Coordinators, physics
    group conveners

W Mass fermiphobic
Higgs SM Higgs WW?qql?
H??? H???
7
  • KTeV (NSF)
  • Detector CsI calorimeter, trigger, DAQ
  • Analysis ??/?, neutral K parameters, form
    factors, Vus
  • Leadership spokesperson (2)

f(0)Vus
8
  • CDF
  • Detector level 1 2 triggers, Silicon Vertex
    Trigger (SVT), CEM timing, drift chamber TDC,
    data quality monitor
  • Analysis top W properties, new phenomena
    searches, b/c studies
  • Leadership co-spokesperson (2), physics group
    conveners

? ET tt cross section
top mass (extra dimensions)
9
  • ATLAS
  • Detector hadron calorimeter, calorimeter
    reconstruction software, future hardware track
    trigger
  • Leadership Collaboration Board chair, US
    Institutional Board chair (2), combined
    performance working group coordinator (2)

Barrel Calorimeter calorimeter
resolution jet reconstruction
12/04 2004 testbeam optimizing
layer weights
10
Newer Efforts
  • Braidwood Reactor ? Experiment
  • Leadership co-spokesperson
  • Linear Collider
  • Leadership American Linear Collider Physics
    Group co-chair

11
Near Future
  • ATLAS (physics questions 1, 3)
  • Commissioning detector preparing for 1st data
    track trigger proposal
  • CDF (physics questions 1, 3, (2))
  • Complete upgrades physics analysis
  • KTeV (physics question 2)
  • Complete physics analysis
  • Braidwood (physics question 2)
  • Prepare full proposal
  • Linear Collider (physics questions 1, 3, 2(?))
  • Physics implications for detector and accelerator

12
Scientific Personnel
  • Undergraduates
  • Typically 5-10 during the school year
  • During summer, REU students also join

13
Student Training
  • Graduate students get broad training.
  • Physics analysis
  • Almost all students gain significant hardware
    experience.
  • Calorimeters
  • Tracking devices
  • Most frequently electronics
  • E-Shop as teaching tool
  • Sophisticated modern CAD tools
  • Design, simulate, prototype, debug, production,
    monitoring maintenance
  • Undergraduates do significant research
  • Detectors analysis

14
Recent Departures
  • Postdocs
  • Kara Hoffman ? Maryland faculty
  • Sasha Glazov ? staff scientist at DESY
  • Taka Maruyama ? Tsukuba faculty
  • Maria Spiropulu ? staff scientist at CERN
  • Bruce Knuteson ? MIT faculty
  • Bill Ashmanskas ? Fermilab scientist (post
    Cornell faculty, )
  • Graduate students
  • Francesco Spano ? CERN Fellow
  • Colin Bown ? University of Texas Applied Research
    Laboratory
  • Pedro Amaral ? CERN Fellow
  • Val Prasad (FNAL Dissertation Award) ? Yale
    postdoc
  • Undergraduate students (a few examples)
  • Peter Onyisi APS Apker Award
  • Matt Baumgart Goldwater Scholarship,
    Marshall?Cambridge
  • Abby Kaboth Goldwater Scholarship

15
More training
  • Seminars
  • Monday afternoon formal HEP seminar weekly in
    academic year
  • Monday informal lunch HEP seminar weekly during
    most of the year
  • Theory Wednesday seminar
  • Cosmology Wednesday seminar, Friday informal
    lunch seminar
  • Astrophysics Wednesday colloquium
  • Enrico Fermi Institute mini-symposia (incl. run
    II, SUSY, dark matter)
  • Physics Department Thursday colloquium
  • Colleagues
  • Experimental HEP (DOE) Yau Wah
  • Accelerator physics Kwang-Je Kim
  • Particle astrophysics Juan Collar, Jim Cronin,
    Dietrich Muller, Simon Swordy
  • Cosmology John Carlstrom, Stephen Meyer, Clem
    Pryke, Bruce Winstein
  • Theory Sean Carrroll, Jeff Harvey, Rocky Kolb,
    David Kutasov, Joe Lykken, Emil Marinec, Jon
    Rosner, Sav Sethi, Mike Turner, Carlos Wagner

16
Electronics Development Group
  • Critical to all of our experiments over the past
    gt30 years.
  • ATLAS TileCal front end, track trigger
  • CDF run I II trigger, SVT, TDCs
  • KTeV trigger electronics
  • OPAL preshower front end, ? monitor readout
  • Developed very powerful CAD system
  • Full simulation at the chip, board, multi-board
    levels
  • Signal propagation on PC traces including EM
    cross talk
  • We have had tools that Fermilab couldnt afford
    to purchase.
  • No blue wires!
  • Won a number of awards from Mentor Graphics for
    board design
  • Teaching Student/postdoc works under engineers
    guidance.
  • Projects in support of others
  • Ex CDF Level-2 upgrade Fermilab responsibility,
    led by postdoc.
  • MAGIC imaging Cherenkov telescopes for ?-ray
    astronomy (Canary Islands)

17
Service to HEP Community
  • Many lab, project, university, funding agency,
    NRC visiting committees, panels, subpanels
  • U.S., CERN, DESY
  • National international conference organizing
    committees
  • Journal editorial boards
  • DPF Executive Committee, APS committees
  • Future international projects
  • US Linear Collider Steering Committee
  • Muon Technical Advisory Committee

18
University Support
  • Fermi-McCormick Fellowships
  • Facilities
  • computer room improvements for Tier 2 GRID,
    KTeV clean room, OPAL ATLAS high-bay areas
  • Seed funds
  • E-Shop CAD system, ATLAS TileCal software
    development, Braidwood site evaluation
  • Running E-Shop as a recharge operation
  • Distinguished Visiting Professors including
    experimentalists
  • Past V. Fitch, D. Kleppner, D. Wilkinson
  • In the coming year W. Marciano, L. DiLella
  • Fast computer network
  • In HEP fiber optic connection to
    Argonne/Fermilab
  • Renovated space for HEP group

19
Summary
  • Group with a strong record of research and
    training
  • Scientific leadership in all of our activities
  • Current future activities addressing important
    questions in elementary particle physics
  • Outreach activities in K-12, university, and
    community (Mark Oreglia)
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