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Brookhaven National Laboratory

Agenda

Monday, December 3: Collider scenarios
1330 Welcome  10
1340 Palmer scenario: PDFR. Palmer 30+10
1420 Muons Inc scenario: PPT, PDFR. Johnson 30+10
1500 MCTF view of scenarios: PPTY. Alexahin 30+10
1540 Coffee 30
1610 HTS R&D for high field magnets: PPTM. Lamm 30+10
1650Capture & phase rotation: PPTD. Neuffer 25+10
1800 Reception 60
Tuesday, December 4: Collider ring
0900 Collider ring design: PPT C. Johnstone 30+15
0945 Collider ring design: PPTY. Alexahin 30+15
1030 Coffee 30
1100 JLAB ring design: PPTA. Bogacz 30+15
1145 Muon collider lattice design issues: PPTY. Alexahin 30+15
1230 Lunch 60
1330 Open-midplane magnets: PDF1, PPT2B. Parker & R. Gupta 30+15
1415 Separators in collider ring: PDFR. Johnson 30+15
1500 Coffee 30
1530 Review of 1996 detector designs: PPTS. Kahn 30+15
1615 New detector ideas: PPTA. Bross 30+15
Wednesday, December 5: Accelerator, proton driver & RF
0900 Project X-based high rep rate driver: PPT C. Ankenbrandt 30+10
0940 Project X & MI proton driver: PPTD. Neuffer 30+10
1020Induction linac proton driver: PPT1, PDF2Y. Alexahin for A. Krasnykh 10
1030 Coffee 30
1100 PIC, Remex & final focus design: PPTY. Derbenev 30+10
1140Rapid cycling synchrotron: PDF D. Summers 30+10
1230 Lunch 60
1330 RLA muon accelerator: PPTA. Bogacz 30+15
1415 RF beam loading in acceleration: PDF J.S. Berg 30+15
1500 Coffee 30
 Matching cavity to power source: DOCM. Popovic 
1530 Advances in RF technology: PDFR. Johnson for L. Thorndahl 15
1545 Breakdown in RF cavities: PPTS. Korenev 30+15
1630 Gas-filled RF cavities with beam: PPT, PDFA. Tollestrup30+15
Thursday, December 6: Cooling simulations
0900 Guggenheim simulations: PDF R. Fernow 30+15
0945 Bunch merging at low energy: PDFJ. Gallardo 30+15
1030 Coffee 30
110050 T lattice & space charge: PDFR. Palmer 30+15
1145Tipped-solenoid lattice: PPTY. Alexahin 30+15
1230 Lunch 60
1330 Helical cooling with RF: PPTK. Yonehara 30+15
1415 PIC/REMEX: PDFD. Newsham 30+15
1500 Coffee 30
1530 Open cell & bucked lattices: PDFR. Palmer 30+15
1615 Solenoid-dipole lattices: PPTA. Garren 30+15
1830 Banquet
Friday, December 7: Experiments & Plans
0900 Preliminary results from MERIT: PPTH. Kirk 25+5
0930 Status of MICE: PDFM. Zisman 25+5
1000 MANX proposal: PPTMuons Inc 25+5
1030 Coffee 30
1100 New experiments & simulations; baseline scenario?All 60
 HCC on Emittance and Transmission Plots: PDFR. Palmer 
 Road Map to a Muon Collider: PPTC. Ankenbrandt 
 MCDW Conclusions (personal view): PPTY. Alexahin 

Neutrino Factory and Muon Collider Collaboration Muon Collider Task Force Muons, Inc.

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Last Modified: December 1, 2007
 


One of ten national laboratories overseen and primarily funded by the Office of Science of the U.S. Department of Energy (DOE), Brookhaven National Laboratory conducts research in the physical, biomedical, and environmental sciences, as well as in energy technologies and national security. Brookhaven Lab also builds and operates major scientific facilities available to university, industry and government researchers. Brookhaven is operated and managed for DOE’s Office of Science by Brookhaven Science Associates, a limited-liability company founded by Stony Brook University, the largest academic user of Laboratory facilities, and Battelle, a nonprofit, applied science and technology organization.

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