Difference between revisions of "E+ White Paper Sub-Group"
| Line 1: | Line 1: | ||
| + | |||
| + | 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 = | = Deeply Virtual Compton Scattering = | ||
''Coordinator: Silvia Niccolai (niccolai@ipno.in2p3.fr)'' | ''Coordinator: Silvia Niccolai (niccolai@ipno.in2p3.fr)'' | ||
| − | = Two Photon Exchange Physics = | + | = Two-Photon Exchange Physics = |
''Coordinator: Axel Schmidt (schmidta@jlab.org)'' | ''Coordinator: Axel Schmidt (schmidta@jlab.org)'' | ||
Revision as of 16:49, 21 February 2020
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)
Documents
- Template for single contribution