E+ White Paper Sub-Group
The physics program accessible to a positron beam at CEBAF energies is rich with a variety of possible experiments addressing the physics of different reaction channels: deeply virtual Compton scattering, two-photon exchange physics, potential physics scenarios beyond the Standard Model, and others processes where understanding would benefit of a comparison between electron and positron probes.
These different possibilities will be collected into a Positron White Paper (PWP) which will be made publicly available by the PAC meeting. We are asking every person interested in the study of a specific physics channel with a positron beam at JLab, to contribute to the PWP with a description of their ideal experiment in no more than 4 pages. Proposals should expect a baseline of unpolarized positron beams with 1µA maximum intensity, and polarized positron beams with 100nA with a minimal polarization of 40%. As the conceptual design of the source and integration develop, efforts will be made to increase these values.
Deeply Virtual Compton Scattering
Coordinator: Silvia Niccolai (niccolai@ipno.in2p3.fr)
Two-Photon Exchange Physics
Coordinator: Axel Schmidt (schmidta@jlab.org)
Physics Beyond the Standard Model
Coordinator: Marco Battaglieri (battagli@jlab.org)
Other Topics
Coordinator: Douglas Higinbotham (doug@jlab.org)
Document
Provide your contribution to the Positron White Paper using the templates available at the link below. The main body of your contribution should not exceed 4 pages, excluding bibliography and the full list of authors and affiliations. Indicate leading authors at the appropriate place after the title. Authorship of the final Positron White Paper will gather all authors in one specific author list and the leading authors of each contribution.
- Template for single contribution