Intensity Frontier Workshop

US/Central
Bldg. 362 Auditorium (Argonne National Laboratory)

Bldg. 362 Auditorium

Argonne National Laboratory

9700 S. Cass Avenue Lemont, IL 60439
Hendrik Weerts (Argonne National Laboratory), JoAnne Hewett
Description

As part of the ongoing 2013 Community Summer Study ("Snowmass") the Intensity Frontier working group will hosted an all-hands workshop on April 25-27, 2013 at Argonne National Laboratory. This workshop will directly follow a writers meeting of the Project X Physics Study which was held at Fermilab on April 24, 2013.

 
Charge for the April 2013 Intensity Frontier Workshop

Develop a coherent and interconnected view of the Intensity Frontier that will be presented at Snowmass. Describe future facilities and experiments at the Intensity Frontier and their capabilities.  Document the contributions of the Intensity Frontier towards addressing the major questions in particle physics and explain how and why it is complementary to the other frontiers, which together constitute experimental particle physics. Leave the workshop with a clear understanding of what the approach will be at Snowmass 2013.

  The Intensity Frontier working group is charged with summarizing the current state of knowledge, and identifying the most promising future opportunities at the Intensity Frontier.  The working groups and their conveners are:
 
IF1: Quark Flavor Physics (Joel Butler, Zoltan Ligeti, Jack Ritchie)
IF2: Charged Lepton Processes (Brendan Casey, Yuval Grossman, David Hitlin)
IF3: Neutrinos (Andre DeGouvea, Kevin Pitts, Kate Scholberg, Sam Zeller)
IF4: Baryon Number Violation (K.S. Babu, Ed Kearns)
IF5: New Light, Weakly Coupled Particles (Rouven Essig, John Jaros, William Wester)
IF6: Nucleons, Nuclei, and Atoms (Krishna Kumar, Zheng-Tian Lu, Michael Ramsey-Musolf)
 
 More information about the Intensity Frontier working group is available here.
Participants
  • Aaron Chou
  • Abhay Deshpande
  • Adam Lyon
  • Aida El-Khadra
  • Alakabha Datta
  • Alan Bross
  • Alan Schwartz
  • Alan Stone
  • Albert Young
  • Alberto Marchionni
  • Alejandro Celis
  • Alexey Petrov
  • Alysia Marino
  • Amol Upadhye
  • Andre de Gouvea
  • Andreas Kronfeld
  • Andreas Piepke
  • Andrei Gaponenko
  • Andrew Kobach
  • Anna Mazzacane
  • Anthony Barker
  • Aseet Mukherjee
  • ATHANASIOS HATZIKOUTELIS
  • Avdhesh Chandra
  • Axel Lindner
  • B. Lee Roberts
  • Baha Balantekin
  • Benjamin Carls
  • Benton Pahlka
  • Bertrand Echenard
  • Bob Zwaska
  • Bonnie Fleming
  • Boris Kayser
  • Brajesh CHOUDHARY
  • Breese Quinn
  • Brendan Casey
  • Brendan Kiburg
  • Brian Batell
  • Brian Hamilton
  • Brian Rebel
  • Brian Tice
  • Bruce Berger
  • Camillo Mariani
  • Carl Albright
  • Carlos Escobar
  • Carlos Wagner
  • Catherine James
  • Cecilia Lunardini
  • Chang Kee Jung
  • Cheng-Ju Lin
  • Chih-hsiang Cheng
  • Chris Polly
  • Christopher Mauger
  • Christopher White
  • Claude Bernard
  • Cosmas Zachos
  • Craig Moore
  • Daping Du
  • Dave Hedin
  • David Baxter
  • David Brown
  • David Christian
  • David Hitlin
  • David Jaffe
  • David Martinez
  • David McKee
  • David McKeen
  • David Phillips II
  • David Schmitz
  • David Tanner
  • David Webber
  • Denis Perevalov
  • Doug Cowen
  • Doug Glenzinski
  • Douglas Bryman
  • Douglas Jensen
  • Ed Kearns
  • Edmond Dukes
  • Edward Blucher
  • Elizabeth Worcester
  • Emma Barnes
  • Eric Church
  • Eric D. Zimmerman
  • Erik Ramberg
  • Flavio Cavanna
  • Francesca Di Lodovico
  • Francis Halzen
  • Frank Porter
  • Gary Feldman
  • Gene Fisk
  • Geoffrey Mills
  • Gil Paz
  • Giorgio Gratta
  • Glenn Horton-Smith
  • Gordon Lim
  • Guido Mueller
  • Hang Yin
  • Harry Weerts
  • Heechang Na
  • Heidi Schellman
  • Herman B. White
  • Himansu Sahoo
  • Hogan Nguyen
  • Hugh Gallagher
  • Hélio da Motta
  • Irina Mocioiu
  • Jack Ritchie
  • Jaideep Singh
  • Jaime Ruz Armendariz
  • James Maloney
  • James Miller
  • James Strait
  • Janet Conrad
  • Jeffrey Nelson
  • Jennifer Hogan
  • Jennifer Raaf
  • Jesus Orduna
  • Jiasen Ma
  • Jim Boyce
  • Jim Musser
  • Jim Shultz
  • JoAnne Hewett
  • Joel Butler
  • Joel Mousseau
  • John Jaros
  • Jon Urheim
  • Jonathan Asaadi
  • Jonathan Lewis
  • Jonathan Link
  • Jonathan Paley
  • Jonathan Rosner
  • JONGHEE YOO
  • Jorge Morfin
  • Jose Alonso
  • Joseph Formaggio
  • Joseph Lykken
  • Joshua Klein
  • Juan Herrero-Garcia
  • Julia K. Vogel
  • JUNQI XIE
  • Jyotsna Osta
  • Kaladi Babu
  • Kara Hoffman
  • Karl van Bibber
  • Karsten Heeger
  • Kate Scholberg
  • Kathryn Jepsen
  • Kenneth Ganezer
  • Kenneth Lande
  • Kenneth Long
  • Kevin McFarland
  • Kevin Pitts
  • Kevin Stenson
  • Krishna Kumar
  • Kurt Riesselmann
  • Laza Rakotondravohitra
  • Leah Welty-Rieger
  • Leo Piilonen
  • Lisa Goodenough
  • Louise Suter
  • Luca Vecchi
  • Mandy Rominsky
  • Manungu Kiveni
  • Marc Buehler
  • Marcel Demarteau
  • Marina Artuso
  • Mario Pitschmann
  • Marjorie Corcoran
  • Mark Messier
  • mark wise
  • Martin Bauer
  • Martin Frank
  • Martin Gonzalez-Alonso
  • Mary Bishai
  • Masashi Yokoyama
  • Mathew Muether
  • Maury Goodman
  • Maxwell Hansen
  • Mayly Sanchez
  • Michael Cooke
  • Michael Eads
  • Michael Kirby
  • Michael Kohl
  • Michael Lindgren
  • Michael Pivovaroff
  • Michael Ramsey-Musolf
  • Michelle Stancari
  • Mike Kordosky
  • Milind Diwan
  • Milind Purohit
  • Milorad Popovic
  • Naohito SAITO
  • Natalia Toro
  • Nigel Smith
  • Oliver Baker
  • Ornella Palamara
  • Patricia Vahle
  • Patrick Huber
  • Paul Mackenzie
  • Pavel Murat
  • Peter Garbincius
  • Peter Shanahan
  • Peter Wilson
  • Peter Winter
  • Philip Schuster
  • Pieter Mumm
  • Pran Nath
  • Pushpa Bhat
  • Rabindra Mohapatra
  • Radja Boughezal
  • Randy Ruchti
  • Ranjan Dharmapalan
  • Rashid Mehdiyev
  • Regina Rameika
  • Reyco Henning
  • Richard Hill
  • Richard Lanza
  • Richard Ruiz
  • Richard Talaga
  • Richard Van de Water
  • Rick Snider
  • Robert Bernstein
  • Robert Kutschke
  • Robert McKeown
  • Robert Pattie
  • Robert Plunkett
  • Robert Roser
  • Robert Shrock
  • Robert Svoboda
  • Robert Tschirhart
  • Robert Wagner
  • Robert Wilson
  • Roberto Acciarri
  • Ronald Ray
  • Roni Harnik
  • Ross Corliss
  • Rouven Essig
  • Roy Briere
  • Ruth Van de Water
  • Ryan Patterson
  • Sam Childress
  • Sam Zeller
  • Sandip Pakvasa
  • Sarah Andreas
  • Sarah Lockwitz
  • Satoru Inoue
  • Shekhar Mishra
  • Sowjanya Gollapinni
  • Stanley Wojcicki
  • Stepan Stepanyan
  • Stephen Parke
  • Stephen Pordes
  • Stephen Sharpe
  • Steve Brice
  • Steve Godfrey
  • Steve Holmes
  • steve kettell
  • Stuart Raby
  • Sudeep Das
  • Susan Gardner
  • Taku Yamanaka
  • Tammy Walton
  • Teppei Katori
  • Thomas Browder
  • Thomas Coan
  • Thomas Gadfort
  • Thomas Junk
  • Thomas Kutter
  • Timothy Bolton
  • Ting Miao
  • Tingjun Yang
  • Tobias Beranek
  • Tomasz Skwarnicki
  • Tony Gabriel
  • Tord Ekelof
  • Tracy Slatyer
  • Vadim Rusu
  • Valeri Lebedev
  • Venkatesh Veeraraghavan
  • Vincenzo Cirigliano
  • Vladimir Khalatyan
  • Wesley Gohn
  • William Bardeen
  • William Louis
  • william marciano
  • William Molzon
  • William Snow
  • William Wester
  • Wolfgang Altmannshofer
  • xiaohui Liu
  • Xinchun Tian
  • Xuebing Bu
  • Yamac Deliduman
  • Yannis Semertzidis
  • Yeongduk Kim
  • Young-Kee Kim
  • Yuri Gershtein
  • Yuri Kamyshkov
  • Yuri Oksuzian
  • Yury Kolomensky
  • Yury Kudenko
  • Yuval Grossman
  • Zarko Pavlovic
  • Zelimir Djurcic
  • Zheng-Tian Lu
  • Zohreh Parsa
  • Zoltan Ligeti
  • Zukai Wang
    • Registration Bldg. 362 Auditorium-Lobby

      Bldg. 362 Auditorium-Lobby

    • Plenary Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      • 1
        Welcome & Introduction
        Speaker: Harry Weerts (Argonne National Laboratory)
        Slides
      • 2
        Why are we here
        Speaker: Yuval Grossman (Cornell University)
        Slides
      • 3
        Early LHC Findings and The Intensity Frontier
        Speaker: William Marciano (BNL)
        Slides
      • 4
        The Curiosity Frontier
        Speaker: Roni Harnik (FNAL)
        Slides
      • 5
        Snowmass Young Physicists Movement
        Speaker: Jonathan Asaadi (Syracuse University)
        Slides
    • 10:30
      Coffee Break Auditorium Lobby Area

      Auditorium Lobby Area

    • IF1: Quark Flavor Physics: Charm Bldg.362, Rm. F-108

      Bldg.362, Rm. F-108

      • 6
        Working group introduction / Plans for parallel sessions
        Speakers: Prof. Jack Ritchie (University of Texas at Austin), Dr Joel Butler (Fermilab), Zoltan Ligeti (LBL)
        Slides
      • 7
        Perspectives in charm physics: experiment
        Speaker: Prof. Roy Briere (Carnegie Mellon University)
        Slides
      • 8
        Perspectives in charm physics: theory
        Speaker: Prof. Alexey Petrov (Wayne State University / MCTP)
        Slides
      • 9
        Round table discussion of perspectives in charm physics
    • IF2: Charged Lepton Processes: μ->e conversion Bldg. 360, Rm. L-119

      Bldg. 360, Rm. L-119

      • 10
        Mu2e Brief Description
        Speaker: Dr Robert Bernstein (Fermilab)
        Slides
      • 11
        Mu-e conversion at Project X Beam, solenoid, detector upgrades
        Speaker: Dr Douglas Glenzinski (Fermilab)
        Slides
      • 12
        Theory: target matrix elements
        Speaker: Dr Vincenzo Cirigliano (Los Alamos National Laboratory)
        Slides
      • 13
        MEG upgrade brief description
        Speaker: Gordon Lim
        Slides
    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      Convener: Dr Boris Kayser Kayser (Fermilab)
      slides
      • 14
        Introduction
        Speaker: Kate Scholberg (Duke University)
        Slides
      • 15
        Neutrino Updates from Planck
        Speaker: Sudeep Das (ANL)
        Slides
      • 16
        Panel Discussion: Overall Neutrino Physics Strategy
        - What are the most important neutrino physics goals? - How well do we need to know the standard neutrino sector parameters? - What is the relative importance of testing the 3-flavor paradigm and exploring anomalies? - How do we frame a convincing and accurate narrative regarding the importance of the PMNS phase for understanding the lepton/baryon asymmetry of the Universe?
        Speakers: Bill Marciano (BNL), Prof. Francis Halzen (University of Wisconsin), Prof. Jonathan Rosner (University of Chicago), Ken Lande (U. of Pennsylvania), Robert PLUNKETT (Fermilab), Ryan Patterson (Caltech), Stephen Parke (Fermilab), William Louis (LANL)
        Slides
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 17
        Overview of IF5
        Speakers: Prof. John Jaros (SLAC National Accelerator Laboratory), Prof. Rouven Essig (Stony Brook University), Dr William Wester (Fermilab)
        Slides
      • 18
        Theory and Motivation for Light A's, ALPS, and Axions
        REMOTE
        Speaker: Javier Redondo
        Slides
      • 19
        New Particle Searches at DESY
        REMOTE
        Speaker: Axel Linder
        Slides
      • 20
        Novel Uses of Lasers
        Speaker: Aaron Chou (Fermilab)
        Slides
      • 21
        Lasers and Optical Cavities to Search for New Particle
        Speaker: David Tanner
        Slides
    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

      • 22
        Skills young scientists need and experiences from the hiring committee
        Speaker: Dr Regina Rameika (Fermilab)
      • 23
        The funding process and what young folks need to know about the DOE
        Speaker: Alan Stone (DOE)
        Slides
      • 24
        The funding process and what young folks need to know about the NSF
        Speaker: Prof. Randal Ruchti Ruchti (National Science Foundation)
        Slides
    • 12:30
      Lunch On-site options: Cafeteria, 401 Grill or Guest House

      On-site options: Cafeteria, 401 Grill or Guest House

    • IF1: Quark Flavor Physics: Kaons Bldg. 362, Rm. F-108

      Bldg. 362, Rm. F-108

      • 25
        Rare Decay Theory
        Speaker: Wolfgang Altmannshofer (Fermilab)
        Slides
      • 26
        ORKA: K+ -> pi+ nu nubar at Fermilab
        Speaker: Prof. Douglas Bryman (University of British Columbia)
        Slides
      • 27
        Project-X Kaon experiments
        Speaker: David Jaffe (Brookhaven)
        Slides
      • 28
        Discussion
    • IF2: Charged Lepton Processes: μ->eγ, μ->3e Bldg. 360, Rm. L-119

      Bldg. 360, Rm. L-119

      • 29
        Surface muon beam at PSI & Project X
        Speaker: Dr Peter Winter (ANL)
        Slides
      • 30
        μ->eγ with γ conversion
        Speaker: Chih-hsiang Cheng (Caltech)
        Slides
      • 31
        μ->3e
        Speaker: Bertrand Echenard (Caltech)
        Slides
      • 32
        Active targets
        Speaker: David Brown
        Slides
    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      Convener: Prof. Patrick Huber (Virginia Tech)
      slides
      • 33
        Panel discussion: US Strategy, Part I
        - How will LBNE test the 3-flavor paradigm in the context of a long-term program? What are other alternatives? - How important is breadth of program? - What aspect of LBNE does the community most value? Underground, near detector, more target mass?
        Speakers: Dr Christopher Mauger (LANL), Jennifer Raaf (Fermilab), Prof. Mark Messier (Indiana University), Dr Regina Rameika (Fermilab), Robert Svoboda (UC Davis), Prof. Robert Wilson (Colorado State University)
        Slides
    • IF4: Baryon Number Violation Bldg. 362, Rm. E-388

      Bldg. 362, Rm. E-388

      • 34
        Nucleon Decay in SUSY GUTs in light of Higgs boson discovery
        Speaker: Pran Nath (Northeastern University)
        Slides
      • 35
        nnbar Oscillations: Some Phenomenology and a Theoretical Model
        Speaker: Robert Shrock
        Slides
      • 36
        B-L Violation in GUTs:Nucleon decay and n-nbar oscillations
        Speaker: K.S. Babu (Oklahoma State University)
        Slides
    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

      • 37
        Discussion
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 38
        Lab Tests of Dark Energy
        Speaker: Dr Amol Upadhye (Argonne National Lab)
        Slides
      • 39
        CAST Constraints on Axion Couplings
        Speaker: Jaime Ruz (LLNL)
        Slides
      • 40
        Status of the International Axion Observatory (IAXO)
        Speaker: Julia Vogel
        Slides
      • 41
        Cavity Searches for New Particles
        Speaker: Keith Baker
        Slides
    • 15:30
      Coffee Break Bldg. 362 Auditorium

      Bldg. 362 Auditorium

      Argonne National Laboratory

      9700 S. Cass Avenue Lemont, IL 60439
    • IF1: Quark Flavor Physics: Discussion - What can Quark Flavor Physics contribute? Bldg. 362, Rm. F-108

      Bldg. 362, Rm. F-108

      • 42
        Discussion - What can Quark Flavor Physics contribute?
        Speaker: Dr Joel Butler (Fermilab)
        Slides
    • IF2: Charged Lepton Processes: μLFV Bldg. 360, Rm. L-119

      Bldg. 360, Rm. L-119

      • 43
        The relationship of charged lepton and neutrino physics
        Speaker: David McKeen
        Slides
      • 44
        Discussion of complementarity of charged lepton and neutrino physics
        Speaker: Yuval Grossman (Cornell University)
    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      Convener: Prof. Andre de Gouvea (Northwestern University)
      slides
      • 45
        Panel Discussion: Neutrino Theory Needs
        - What is the role of neutrino theory? - What are the most pressing questions for neutrino theory today? - What should be the size of the neutrino community? - If we need to grow the neutrino theory community, how can we do it?
        Speakers: Prof. Baha Balantekin (University of Wisconsin), Dr Harry Lee (Argonne National Lab), Prof. Hugh Gallagher (Tufts University), Prof. Jonathan Link Link (Virginia Tech), Jorge G. Morfin (Fermilab), K.S. Babu (Oklahoma State University), Prof. Patrick Huber (Virginia Tech)
        Slides
    • IF4: Baryon Number Violation Bldg. 362, Rm. E-388

      Bldg. 362, Rm. E-388

      • 46
        Neutron - antineutron oscillations: Theory overview
        Speaker: Rabindra Mohapatra
        Slides
      • 47
        An Improved Search for Neutron-Antineutron Oscillations Using a Slow Neutron Beam
        Speaker: Prof. W. M. Snow (Indiana University)
        Slides
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 48
        Discussion
        Slides
    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

      • 49
        Discussion
    • Plenary Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      • 50
        View from the Cosmic Frontier
        Speaker: Dr Scott Dodelson (Fermilab)
        Slides
      • 51
        The importance of High Energy Physics
        Speaker: Prof. Hendrik Weerts (Argonne National Laboratory)
        Slides
    • 18:30
      Banquet Bldg. 460, Argonne Guest House

      Bldg. 460, Argonne Guest House

    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      Conveners: Adam Bernstein (LLNL), Prof. Yuri Gershtein (Rutgers University)
      slides
      • 52
        Panel Discussion: Inter-Frontier Connections
        - How do we communicate the importance of neutrino physics to the other Frontiers? - How do we ensure that "stovepiping" of funding within/between Frontiers doesn't limit opportunities for science? - How can we mitigate "stovepiping" within/between HEP and NP (DOE and NSF) that can limit opportunities for science? - How can we exploit opportunities at the interfaces between the frontiers? - How can we exploit connections with nuclear physics?
        Speakers: Andreas Piepke (U. of Alabama), Bob McKeown (William & Mary), Doug Cowen (Penn State), Dr Jonghee Yoo (Fermi National Accelerator Laboratory), Michael Ramsey-Musolf (U. of Wisconsin), Reyco Henning (University of North Carolina), Dr Robert Roser (Fermilab)
        Slides
      • 53
        Panel Discussion: Neutrinos and Society
        - How do we communicate the importance of fundamental and applied neutrino physics to Congress and the public? - What synergies exist between fundamental neutrino physics and proposed applications of neutrinos in other fields? - How can the community best take advantage of these synergies? - What training is useful for scientists to facilitate these synergies? - What technologies - accelerators, detectors – arising directly from neutrino physics are relevant in fields beyond fundamental science?
        Speakers: Dick Lanza (MIT), Ed Blucher (University of Chicago), Glenn Horton-Smith (KSU), Herman White (FNAL), Josh Klein (University of Pennsylvania), Prof. Karl van Bibber (UC Berkeley), Dr Zelimir Djurcic (Argonne National Laboratory)
    • IF4: Baryon Number Violation Bldg. 362, Rm. E-388

      Bldg. 362, Rm. E-388

      • 54
        nnbar in nuclei
        Speaker: Prof. Ed Kearns (Boston University)
        Slides
      • 55
        Baseline Configuration Sensitivity of NNbarX and Further Developments
        Speaker: Prof. Yuri Kamyshkov (University of Tennessee)
        Slides
      • 56
        Reconfiguration of the Spallation Target -- Using the Experience from the SNS
        Speaker: Tony Gabriel
        Slides
      • 57
        A Detector for nnbar Oscillations in the NNbarX Experiment: Specifications and Challenges
        Speaker: Prof. Albert Young (North Carolina State University/Triangle Universities Nuclear Laboratory)
        Slides
      • 58
        Simple models with baryon number violation but no proton decay
        Speaker: Mark Wise
        Slides
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 59
        Motivations for Heavy Photons
        Speaker: Dr Natalia Toro (Stanford University SITP)
        Slides
      • 60
        Current Status on Dark Matter Motivation for Heavy Photons
        Speaker: Tracy Slatyer
        Slides
      • 61
        New Electron Beam Dump Searches
        REMOTE
        Speaker: Sarah Andreas
        Slides
      • 62
        Searches for Hidden Sector Particles in KLOE-2
        Speaker: Francesca Curciarello
        Slides
      • 63
        BaBar Searches for Hidden Sector Particles
        Speaker: Bertrand Echenard (Caltech)
        Slides
    • Joint Session: IF1&2 Quark Flavor Physics & Charged Lepton Processes: Lepton and quark studies BSM, facilities emphasis Bldg. 200, Auditorium

      Bldg. 200, Auditorium

      • 64
        Theory
        Speaker: Andrew Cohen
      • 65
        Project X
        Speaker: Dr Ron Ray (Fermilab)
        Slides
      • 66
        e+e-
        Speaker: Thomas Browder
        Slides
      • 67
        LHC
        Speaker: Prof. Marina Artuso (syracuse university)
        Slides
    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

      • 68
        Discussion TBA
    • 10:30
      Coffee Break Auditorium Lobby Area

      Auditorium Lobby Area

    • IF1: Quark Flavor Physics: Lattice QCD Bldg. 362, Rm. F-108

      Bldg. 362, Rm. F-108

      • 69
        Basic kaon physics from lattice QCD
        Speaker: Claude Bernard (Washington University)
        Slides
      • 70
        Challenges and prospects for kaon and D physics from lattice QCD
        Speaker: Sharpe Steve (University of Washington)
        Slides
      • 71
        B and D physics from lattice QCD
        Speaker: Aida El Khadra (University of Illinois)
        Slides
    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      Convener: Kate Scholberg (Duke University)
      slides
      • 72
        Panel Discussion: US Strategy, Part II - experiments at different scales
        - Do we need a robust program of experiments at different scales? - What are the opportunities for smaller projects? - How can we ensure that new ideas can find fertile ground? - What should be the strategy beyond the next decade?
        Speakers: Prof. Alan Bross (Fermilab), Mrs Amy Connolly (OSU), Mrs Giorgio Gratta (Stanford University), Janet Conrad (MIT), Prof. Joseph Formaggio Formaggio (MIT), Prof. Kevin McFarland (University of Rochester), Pieter Mumm (NIST), Dr Steve Brice (FNAL)
        Slides
    • IF4: Baryon Number Violation Bldg. 362, Rm. E-388

      Bldg. 362, Rm. E-388

      • 73
        Proton Decay in Orbifold GUTs
        Speaker: Stuart Raby
        powerpoint
        Slides
      • 74
        Nucleon decay search with Hyper-Kamiokande
        Speaker: Prof. Masashi Yokoyama (University of Tokyo)
        Slides
      • 75
        Baryon Number Violation with LBNE
        Speaker: Dr Eric Church (Yale)
        Slides
      • 76
        Proton Decay: Liquid Argon vs Water
        Speaker: William Marciano (BNL)
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 77
        Hidden Sector Particles at the LHC
        Speaker: Andrew Haas (SLAC)
        Slides
      • 78
        Searches for Hidden Sector Photons at Mainz
        Speaker: Tobias Beranek
        Slides
      • 79
        Status of APEX
        Speaker: Philip Schuster
        Slides
      • 80
        DarkLight
        Speaker: Ross Corliss (MIT)
        Slides
    • Joint Session: IF2&6: Charged Lepton Process and Nucleons, Nuclei, and Atoms Bldg. 200, Auditorium

      Bldg. 200, Auditorium

      • 81
        EDM Theory
        Speaker: Prof. Ramsey-Musolf Michael (Department of Physics, University of Wisconsin-Madison)
        Slides
      • 82
        Atomic EDMs
        Speaker: Dr Zheng-Tian Lu (Argonne National Lab)
        Slides
      • 83
        Heavy lepton EDM
        Speaker: Dr Mandy Rominsky (Fermilab)
        Slides
      • 84
        Leptoquark searches at an eic
        Speaker: Abhay Deshpande
        Slides
    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

      • 85
        Discussion TBA
    • 12:30
      Lunch On-site options: Cafeteria, 401 Grill or Guest House

      On-site options: Cafeteria, 401 Grill or Guest House

      On-site options:
      Cafeteria, 401 Grill or Guest House

    • Benchmarks Bldg. 362, Rm. E-388

      Bldg. 362, Rm. E-388

      • 86
        Flavor in the pMSSM
        Speaker: JoAnne Hewett (SLAC)
        Slides
      • 87
        Flavor in the Randall-Sundrum Model
        Speaker: Mr Martin Bauer (Johannes Gutenberg Universität Mainz)
        Slides
      • 88
        Building Neutrino Models
        Speaker: Rabi Mohapatra
        Slides
      • 89
        Collider Signature of Neutrino Models
        Speaker: Richard Ruiz
        Slides
    • IF1: Quark Flavor Physics: B-physics Bldg. 362, Rm. F-108

      Bldg. 362, Rm. F-108

      • 90
        Belle-II
        Speaker: Leo Piilonen (Virginia Tech)
        Slides
      • 91
        LHCb upgrade
        Speaker: Brian Hamilton (University of Maryland)
        Slides
      • 92
        CMS and ATLAS
        Speaker: Kevin Stenson (University of Colorado Boulder)
        Slides
      • 93
        B theory
        Speaker: Wolfgang Altmannshofer (Fermilab)
        Slides
      • 94
        Discussion
    • IF2: Charged Lepton Processes: τ decays Bldg. 360, Rm. L-119

      Bldg. 360, Rm. L-119

      • 95
        LFV τ decays at LHC
        Speaker: Dr Johannes Albrecht (CERN)
        Slides
      • 96
        Theory
        Speaker: Martin Gonzalez-Alonso
        Slides
      • 97
        LFV τ/decays at e+e- colliders
        Speaker: Prof. David Hitlin (Caltech)
        Slides
    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      Convener: Dr Sam Zeller (FNAL)
      slides
      • 98
        Panel discussion: International Coordination
        - What are the opportunities for international participation in U.S. neutrino experiments? - What are the opportunities for U.S. participation in neutrino physics experiments abroad? - How can we optimize the global program?
        Speakers: Francesca Di Lodovico (Queen Mary, University of London), Dr Hélio da Motta (CBPF), Prof. Kenneth Long (Imperial College London), Prof. Masashi Yokoyama (University of Tokyo), Maury Goodman (Argonne), Nigel Smith (SNOLAB), Dr Shekhar Mishra (Fermilab), Steve Kettell (BNL), Tord Ekelof (Uppsala U.), Prof. Yeongduk Kim (Sejong University), Young-Kee Kim (FNAL)
        Slides
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 99
        Searches for Hidden Sector Particles with HPS
        Speaker: Stepan Stepanyan
        Slides
      • 100
        VEPP3
        Speaker: Bogdan Wojtsekhowski
        Slides
      • 101
        Muon Anomaly and Dark Bosons
        Speaker: William Marciano (BNL)
        Slides
      • 102
        Future Searches at Protons Accelerators for New Particles
        Speaker: Brian Batell (Perimeter Institute)
        Slides
    • IF6: Nucleons, Nuclei and Atoms Bldg. 203, Rm. R-150

      Bldg. 203, Rm. R-150

    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

      • 103
        Discussion TBA
    • 15:30
      Coffee Break Auditorium Lobby Area

      Auditorium Lobby Area

    • IF1: Quark Flavor Physics: Discussion Session - Planning for Snowmass Bldg. 362, Rm. F-108

      Bldg. 362, Rm. F-108

      • 104
        Discussion Session - Planning for Snowmass
        Speakers: Prof. Jack Ritchie (University of Texas at Austin), Dr Joel Butler (Fermilab), Zoltan Ligeti (LBL)
        Slides
    • IF2: Charged Lepton Processes: Theory Bldg. 360, Rm. L-119

      Bldg. 360, Rm. L-119

      • 105
        The relationship of charged leptons to the Higgs
        Speaker: Roni Harnik (FNAL)
      • 106
        Discussion on relation of charged leptons to the Energy frontier
        Speaker: Yuval Grossman (Cornell University)
    • IF3: Neutrinos Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      slides
      • 107
        What are the messages for Snowmass 2013?
        Slides
    • IF4: Baryon Number Violation Bldg. 362, Rm. E-388

      Bldg. 362, Rm. E-388

      • 108
        GeV-scale Physics in the South Pole Icecap
        Speaker: Doug Cowen (Penn State)
        Slides
      • 109
        Water-based Liquid Scintillator
        Speaker: David Jaffe (Brookhaven)
        Slides
      • 110
        Discussion
    • IF5: New Light, Weakly Coupled Particles Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

      • 111
        New Particle Searches at Neutrino Beams
        Speaker: Dr Richard Van de Water (MiniBooNE)
        Slides
      • 112
        Detectors for proton beam dump experiments
        Speaker: Athanasios Hatzikoutells
        Slides
      • 113
        Preparations for Minneapolis
        Slides
    • IF6: Nucleons, Nuclei and Atoms Bldg. 203, Rm. R-150

      Bldg. 203, Rm. R-150

    • Snowmass Young Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

    • Plenary Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      • 114
        The View from the Energy Frontier
        Speaker: Prof. Liantao Wang (University of Chicago)
        Slides
    • 115
      DOE HEP Budget and Planning Bldg. 362 Auditorium

      Bldg. 362 Auditorium

      Speaker: Dr Alan Stone (DOE)
      Slides
    • Conveners Meeting Bldg. 360, Rm. A-224

      Bldg. 360, Rm. A-224

    • Snowmass Young: Community Meeting Bldg. 362, Rm. E-188

      Bldg. 362, Rm. E-188

    • Plenary Bldg. 362, Auditorium

      Bldg. 362, Auditorium

      • 116
        Message from Quark Flavor to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speaker: Prof. Jack Ritchie (University of Texas at Austin)
        Slides
      • 117
        Message from Charged Leptons to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speaker: Brendan Casey (FNAL)
        Slides
      • 118
        Message from Neutrinos to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speaker: Kate Scholberg (Duke University)
        Slides
      • 119
        Message from Baryon Number Violation to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speaker: Prof. Ed Kearns (Boston University)
        Slides
      • 10:30
        Coffee Break Auditorium Lobby Area

        Auditorium Lobby Area

      • 120
        Message from New Light weakly coupled particles to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speaker: Dr William Wester (Fermilab)
        Slides
      • 121
        Message from Nucleons, Nuclei, Atoms to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speakers: Prof. Krishna Kumar (University of Massachusetts, Amherst), Dr Zheng-Tian Lu (Argonne National Lab)
        Slides
      • 12:00
        Start of Working Lunch Bldg. 362, Rm. F-108

        Bldg. 362, Rm. F-108

      • 122
        Summary for Benchmarks Bldg. 362, Auditorium

        Bldg. 362, Auditorium

        Speaker: Prof. JoAnne Hewett (SLAC)
        Slides
      • 123
        Working Lunch: Panel Discussion of message from IF to Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium

      • 124
        Summary talk: Intensity Frontier outlook & plans for Snowmass 2013 Bldg. 362, Auditorium

        Bldg. 362, Auditorium