1 / 6

Making the Case for Higher-Scale Physics: Electric Dipole Moments and Muon g-2

This plan aims to include all major experimental and theoretical efforts related to electric dipole moments (EDMs) and muon g-2. It discusses the sensitivity reach and physics parameters of each major experiment, as well as their goals and expected results. The plan also highlights the importance of incorporating both theory and experiment in presenting the unified effort of EDMs. It lists the experts involved and invites others to contribute.

bonniee
Télécharger la présentation

Making the Case for Higher-Scale Physics: Electric Dipole Moments and Muon g-2

An Image/Link below is provided (as is) to download presentation Download Policy: Content on the Website is provided to you AS IS for your information and personal use and may not be sold / licensed / shared on other websites without getting consent from its author. Content is provided to you AS IS for your information and personal use only. Download presentation by click this link. While downloading, if for some reason you are not able to download a presentation, the publisher may have deleted the file from their server. During download, if you can't get a presentation, the file might be deleted by the publisher.

E N D

Presentation Transcript

  1. Plan, Flavour Physics CERN, 15 May 2006 Electric Dipole Moments and muon g-2 plan: making the case for higher scale physics Yannis K. Semertzidis Brookhaven National Lab Experiment & Theory • EDMs • leptonic • hadronic • g-2 • muon • electron?

  2. EDMs Hadronic Leptonic n, Hg, Xe, D, P, Ra,.. electron, muon quark-color EDM connection to LFV! See talk by J. Hisano Yannis Semertzidis

  3. Write-up goal: all major experimental and theoretical efforts to be included • Theory first: • Physics scale reach • Establish the sensitivity to various physics parameters for each major experiment • Create a TABLE with sensitivity reach for each system Yannis Semertzidis

  4. Experimental efforts • Description of the method • Sensitivity goal • Status of the proposal/idea • R&D needed, timeline of expected progress • Critical items • Timeline of the experimental effort • Create a TABLE with goals and expected results Yannis Semertzidis

  5. Many experts agreed to come to the October 9-11 meeting and/or contribute to the write-up: • W. Marciano (g-2 theory) • L. Roberts (g-2 experiment) • J. Hisano (Hadronic EDMs, th.) • R. Timmermans (hadronic EDMs, th.) • K. Jungmann (Ra, Rn, exp.) • Y. Orlov, YkS,.. (deuteron, muon, exp.) • P. Harris (neutron, exp.) • K. Kirch (neutron, exp.) • I. Masina, … (leptonic EDMs, th.) • E. Hinds (electron, exp.) • D. DeMille (electron, exp.) Need to work on: • S. Lamoreaux & M. cooper (neutron, exp.) • M. Pospelov (hadronic, th.) • M. Romalis (Xe, exp.) • E. Fortson (199Hg, exp.) • N. Shafer-Ray (el., exp.) • … Yannis Semertzidis

  6. Summary, Comments? • The physics reach of the EDM, T-violating and g-2 exps is worth emphasizing • Theory and experiment in a unified EDM presentation effort • Most of the major EDM efforts and the muon g-2 are adequately represented. • Who is missing? Yannis Semertzidis

More Related