RF-separated beams for Amber- Kick Off Meeting
The BE Experimental Area Group together with the AMBER Collaboration, the EP-SME and SY-RF groups, as well as the CERN TH department jointly organize a 6h-workshop following the 6th Amber Physics Workshop in fall 2021. The workshop has the support of the Physics Beyond Colliders Study Group.
This workshop aims to define the physics case(s) for the phase 2 physics measurement goals of the AMBER Collaboration, present the status of the currently available RF-separated beamline studies and review the present technical limitations, with the goal to define the next steps towards a feasibility study. The workshop will aim to:
1. Summarize the physics motivations for phase 2 of the AMBER Collaboration physics measurement goals, e.g.:
- High-energy Kaon beams
- High-energy antiproton beams
- Medium-energy, very intense, RF-separated Kaon-beams
2. Establish the beamline requirements and specifications derived from the physics case(s), distinguishing between ideal specifications and minimal requirements:
- Operational and experimental targets (desired run start/readiness/run schedule)
- Key beamline parameters:
- Particle type(s) and charge(s)
- Energy
- Purity
- Intensity (range)
- Time structure
- Acceptance
- Needed instrumentation [e.g. for particle identification, etc.]
- Experimental area requirements
3. Present an overview of existing beamline studies and known operational limitations:
- K12/P42 RF-separated beams simulation conclusions
- M2 simulation status
- RF status (available technology, on-going developments, technical constraints
-) - Input from experience for RF-separated beams worldwide
4. Establish a common plan of studies and actions to be carried out to define a prioritized list of physics targets with related facility/beam specifications and to establish feasibility. Discuss required technical developments, including the potential for further international collaboration for the technical aspect of RF-separated beam development (RF, beamlines). Define the needed resources and possible timeline.
A short written summary of the workshop should be released as a PBC report.
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Workshop Introduction by PBC-project leaderSpeaker: Joerg Jaeckel (Institut fuer theoretische Physik, Heidelberg University)
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Session 1: Physics Motivation for phase 2 of the AMBER Collaboration physics measurement goals
Highlights from preceeding Amber physics workshops
Speakers: Augusto Ceccucci (CERN), Jan Friedrich (Technische Universitaet Muenchen (DE)), Oleg Denisov (INFN, sezione di Torino)-
a) EHM@AMBER for beam expertsSpeaker: Craig Roberts (Nanjing University)
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b) Physics Motivations for Drell-Yan with K+/K- beamsSpeaker: Marcia Quaresma (LIP Laboratorio de Instrumentacao e Fisica Experimental de Part)
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c) Physics Motivations for spectroscopy, prompt photons and PrimakoffSpeaker: Alexey Guskov (Joint Institute for Nuclear Research (RU))
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d) On a possible kaon charge-radius measurementSpeaker: Jan Friedrich (Technische Universitaet Muenchen (DE))
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Session 2: Beamline requirements and specifications derived from the physics case(s)Speakers: Johannes Bernhard (CERN), Lau Gatignon (Lancaster University (GB))
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a) Beamline specifications for Drell-Yan with K+/K- beamsSpeaker: Marcia Quaresma (LIP Laboratorio de Instrumentacao e Fisica Experimental de Part)
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b) Discussion
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c) Beamline specifications for spectroscopy, prompt photons and PrimakoffSpeaker: Alexey Guskov (Joint Institute for Nuclear Research (RU))
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d) Discussion
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e) Beamline specifications for a possible kaon charge-radius measurementSpeaker: Jan Friedrich (Technische Universitaet Muenchen (DE))
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f) Discussion
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10:45
Coffee Break
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Session 3/a: Overview of existing beamline studies and known operational limitations - Part 1Speaker: Frank Gerigk (CERN)
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a) RF separated beam project for the M2 beamline @CERNSpeaker: Alexander Gerbershagen (CERN)
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b) Discussion
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c) RF separated beams: Beam optics and tracking resultsSpeaker: Fabian Metzger (CERN; HISKP, University of Bonn (DE))
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d) Discussion
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11:55
Lunch Break
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Session 3/b: Overview of existing beamline studies and known operational limitations - Part 2Speaker: Alexander Gerbershagen (CERN)
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a) Overview of deflecting cavitiesSpeaker: Graeme Campbell Burt (Lancaster University (GB))
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b) Discussion
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d) Discussion
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e) RF separated beam studies at FNALSpeaker: Leo Bellantoni (High Energy Physics)
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f) Discussion
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14:35
Coffee Break
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6
Discussion session to establish a common plan of studies and actionsSpeakers: Markus Brugger (CERN), Silvia Schuh-Erhard (CERN)
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17:30
Networking around a dinner cocktail, organized outside CERN Auberge Port Gitana
Auberge Port Gitana
Rte de Lausanne 314 1293 BellevueAuberge Port Gitana
Rte de Lausanne 314
1293 Bellevuehttps://www.port-gitana.ch
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