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Workshop on Electric and Magnetic Dipole Moments

US/Central
Virtual

Virtual

The meeting will be hosted via Zoom (Meeting ID: 95191462798). The ZOOM link with the password to join will be emailed to registrants on a regular basis prior and during the workshop
Tanmoy Bhattacharya (Los Alamos National Laboratory), Thomas Blum (University of Connecticut), Yannis Semertzidis (Brookhaven National Laboratory), Peter Winter (Argonne National Laboratory)
Description

The virtual workshop is organized by the Fundamental Physics in Small Experiments topical group (RF3) in the Rare Processes and Precision Measurements Frontier of the Snowmass21 Community Planning process. The aim of the workshop is to prepare for the Community Planning Meeting in the beginning of October. In particular the workshop will focus on dipole moment experiments that will (or should) be carried in the next ten years, and the attendant theory, so that we best inform the US HEP community what can be done in this area. The invited talks will focus on the prospects for the next 5 to 10 years, highlight any requirements for detector R&D, facilities, or computing, and mention any possible cross-links to other frontiers (cosmic, energy, etc.).

Registration
Registration for the Workshop on Electric and Magnetic Dipole Moments
Participants
  • Adam Lipman
  • Adrian Lopez
  • Ahmad Saftah
  • Aida El-Khadra
  • Alberto Lusiani
  • Alec Tewsley-Booth
  • Aleksandra Kiuberis
  • Alex Keshavarzi
  • Alex Sushkov
  • Alexander Silenko
  • Alexey Petrov
  • Alexis Plascencia
  • Alina Aleksandrova
  • Amar Vutha
  • Anastasia Borschevsky
  • Anastassopoulos Vassilis
  • Andra Ionescu
  • andrea pocar
  • Andrea Teigelhoefer
  • Andreas Kronfeld
  • Andreas Wirzba
  • Andrei Matlashov
  • Andrew Jayich
  • Andrew White
  • Andrew Yong
  • Anna Driutti
  • Antonios Gardikiotis
  • Arian Jadbabaie
  • B. Lee Roberts
  • Ben Augenbraun
  • Benedict Sukra
  • Bernhard Lauss
  • Bingjie Hao
  • Boram Yoon
  • brad filippone
  • Breese Quinn
  • Brendan Kiburg
  • Carlos Pena
  • Ce ZHANG
  • Chandler Conn
  • Chris Polly
  • Christian Carli
  • Christopher Aubin
  • Christopher Ho
  • Christopher O'Shaughnessy
  • Christopher Swank
  • Claudio Gatti
  • Cole Meisenhelder
  • Cristian Panda
  • Dan McCarron
  • Daniel Ang
  • Daniel Comparat
  • Daniel Lascar
  • David Kaplan
  • David Mathews
  • David Tarazona
  • Davide Giusti
  • Devon Loomis
  • Dinko Pocanic
  • DMITRY BUDKER
  • Dominika Vasilkova
  • Don V Black, PhD
  • Don V Black, PhD
  • Douglas Jacob
  • Edward Stephenson
  • Ekaterina Korobkina
  • Emanuele Mereghetti
  • Eremey Valetov
  • ERIC CORNELL
  • Esra Barlas-Yucel
  • Fabian Joswig
  • Felicity Hills
  • Francois Meot
  • Frank Rathmann
  • Geev Nahal
  • Georgios Fanourakis
  • Georgiy Razuvaev
  • Gerrit Schierholz
  • Giovanni Cantatore
  • Grant Riley
  • Graziano Venanzoni
  • Hans Stroeher
  • Hiromitsu Sawaoka
  • Hoai Nam Tran
  • Hooman Davoudiasl
  • Ian Bailey
  • Ivan Koop
  • James Chow
  • James Gooding
  • James Mott
  • Jarek Kaspar
  • Jason Crnkovic
  • Jinjun Liu
  • Joerg Pretz
  • John Behr
  • John Doyle
  • John Mitchell
  • Joost Vossebeld
  • Jordy de Vries
  • Joseph Peck
  • Joseph Price
  • Josh Abney
  • Joshua LaBounty
  • Katsuhiko Ishida
  • Kavish Imam
  • Kazuhito Suzuki
  • Keh-Fei Liu
  • Kevin Lynch
  • Kia Boon Ng
  • Kim Ulrike Ross
  • Kim-Siang Khaw
  • Koji Yoshimura
  • Kyle Major
  • Leah Broussard
  • Leonid Skripnikov
  • Liang Yang
  • Luis Orozco
  • Makoto Fujiwara
  • marco incagli
  • Marianna Safronova
  • Marie Blatnik
  • Marin Karuza
  • Marina Marinkovic
  • Marios Maroudas
  • Mark Lancaster
  • Martin Fertl
  • Martin Hoferichter
  • Matthew Dietrich
  • Meghna Bhattacharya
  • Michael Abramczyk
  • Michael Bishof
  • Mike Syphers
  • Mikhail Kozlov
  • Mingyu Fan
  • Natasha Sachdeva
  • Nguyen Phan
  • Nicholaos Tsoupas
  • Nick Hutzler
  • Nickolas Pilgram
  • Nicola Fratianni
  • Nils Hermansson-Truedsson
  • Nishant Bhatt
  • Noah Fitch
  • Noah Schlossberger
  • Noah Yazdandoost
  • nori yamada
  • Olivier Grasdijk
  • Omar Miranda
  • On Kim
  • Oskari Timgren
  • Paolo Lenisa
  • Paul Debevec
  • paul mueller
  • Peiran Hu
  • Peter Graham
  • Peter Mueller
  • Peter Stoffer
  • Peter Winter
  • Phelan Yu
  • Phillip Gould
  • Pinghan Chu
  • Rajan Gupta
  • Raymond Tat
  • Renee Fatemi
  • René Reimann
  • Riad Suleiman
  • Richard Talman
  • Robert Dipert
  • Robert Golub
  • Ronald Fernando Garcia Ruiz
  • Samuel Fayer
  • Samuel Homiller
  • Saskia Charity
  • Sean Foster
  • Selcuk Haciomeroglu
  • Seongtae Park
  • Seppo Penttila
  • Seung Pyo Chang
  • Shigemi Ohta
  • Silvano Simula
  • Simon Corrodi
  • Simon Swarbrick
  • Siyuan Liu
  • Skyler Degenkolb
  • Soohyung Lee
  • Spyros Tzamarias
  • Steven Clayton
  • Steven Gottlieb
  • Steven Hoekstra
  • Sudeshna Ganguly
  • Sumana Bhattacharyya
  • Sun Park
  • Sungwoo Park
  • Takahiko Masuda
  • Takahiro Tow
  • takeshi fukuyama
  • Tammy Walton
  • Tanmoy Bhattacharya
  • Tao Zheng
  • Thomas Blum
  • Thomas Teubner
  • Tian Xia
  • Timothy Chupp
  • Trevor Wright
  • Tsutomu Mibe
  • Victor Flambaum
  • Vincenzo Cirigliano
  • Vladimir Tishchenko
  • Wanchun Wei
  • Weijun Yao
  • William Marciano
  • William Morse
  • Winthrop Smith
  • Wouter DEKENS
  • Xavier Alauze
  • Xiao-Ming Xu
  • Xiaoyang Shi
  • Xing Fan
  • Xing Wu
  • Yang Yang
  • Yannis Semertzidis
  • Yi Zeng
  • Yuiki Takahashi
  • Zack Lasner
  • Zepyoor Khechadoorian
  • Zhanibek Omarov
  • Zheng-Tian Lu
    • Dipole Moments Day 1: EDM theory and neutron EDMs
      Conveners: Tanmoy Bhattacharya (Los Alamos National Laboratory), Yannis Semertzidis (Brookhaven National Laboratory)
      • 1
        Welcome and Overview
        Speaker: Thomas Blum (University of Connecticut)
      • 2
        Overview EDM theory
        Speaker: Prof. William Marciano (Brookhaven National )
      • 3
        Lattice and EDMs
        Speaker: Boram Yoon (Los Alamos National Laboratory)
      • 4
        Phenomenology and EDMs
        Speaker: Emanuele Mereghetti (Los Alamos National Laboratory)
      • 4:30 PM
        Break
      • 5
        Challenges and opportunities in future searches for the electric dipole moment of the neutron

        The existence of a nonzero permanent electric dipole moment of the neutron would reveal a new source of CP violation and might shed light on the origin of the matter/antimatter asymmetry of the Universe. The sensitivity of future experiments using intense sources of neutrons will probe new physics well beyond the TeV scale.
        A discovery of an nEDM or a further improved limit will markedly and persistently shape future models of particle physics beyond the current standard model.
        In my talk I will report on the status of groups from around the world all passionately competing to improve the current experimental sensitivity of 1.1E-26ecm [C. Abel et al., PRL124(2020)081803] to at least 1E-27 ecm within the next decade.

        Speaker: Philipp Schmidt-Wellenburg (Paul Scherrer Institute)
      • 6
        nEDM at SNS
        Speaker: Brad Filippone (caltech)
      • 7
        nEDM at LANL
        Speaker: Takeyasu Ito (Los Alamos National Laboratory)
    • 8
    • Dipole Moments Day 2: Storage ring, atomic & molecular EDMs
      Convener: Thomas Blum (University of Connecticut)
      • 9
        PanEDM
        Speaker: Prof. Skyler Degenkolb
      • 10
        Storage Rings for the Search of Charged Particles Electric Dipole Moments
        Speaker: Prof. Paolo Lenisa (University of Ferrara and INFN - Italy)
      • 11
      • 4:15 PM
        Break
      • 12
        Snowmass Early Career Overview
        Speaker: Joshua Barrow (The University of Tennessee)
      • 13
        225Ra EDM
        Speaker: Matthew Dietrich (Argonne National Lab)
      • 14
        129Xe EDM: Progress and Prospects

        129Xe is a diamagnetic atom that provides a nuclear spin system to probe P-odd/T-odd physics that is complementary to that in other systems. We have been pursuing 129Xe EDM measurements with 3He comagnetometry, most recently using SQUIDS to detect free precession of both species and have set a new upper limit and have a roadmap for significant future improvements. I will discuss the role of 129Xe in the EDM landscape, describe our recent measurement and suggest improvements for future measurements.

        Speaker: Timothy Chupp (University of Michigan)
      • 15
        ThO EDM
        Speaker: Prof. Gerald Gabrielse
    • Dipole Moments Day 3: Muon EDM and Magnetic Dipole Moments
      Convener: Peter Winter (Argonne National Laboratory)