DOE-NP Accelerator R&D PI Meeting 2017 Presentations

Friday, 10/20/2017

DOE Headquarters, Germantown, MD, Room A-410

Meeting Agenda

Time	Dur. (min)	Presentation Title	Speaker	Institution	Topic
8:30 AM	5	Welcome and Introductory Remarks	Gillo, Jehanne	NP	-
8:35 AM	30	NP Accelerator R&D Program Overview	Farkhondeh, Manouchehr	NP	NP Accelerator R&D
9:05 AM	30	High Intensity Polarized Electron Gun	Redwine, Robert / Tsentalovich, Evgeni	MIT	High current Pol source /eRHIC
9:35 AM	30	Next generation robust polarization photocathodes for EIC, and High current Photoinjectors	Bazarov, Ivan/ Cultrera, Luca	Cornell	High current Photoinjector
10:05 AM	15	Break
10:20 AM	45	Coherent Electron Cooling Demonstration Experiment at RHIC	Litvinenko, Vladimir	BNL	CeC - cooling /eRHIC
11:05 AM	30	Development of a Polarized 3He Ion Source for RHIC	Milner, Richard/ Musgrave, Matthew	MIT	Pol ion source /eRHIC
11:35 AM	45	Beam-dynamics study of the self-generating field with crab crossing scheme in the future electron-ion collider (LBNL and BNL Collaboration)	Qiang, Ji and Hao, Yue	LBNL/ BNL	Beam Dynamics/eHIC
12:20 PM	60	Lunch Break
1:20 PM	45	Critical Accelerator R&D for Achieving High Performance of a Polarized Medium Energy Electron Ion Collider (MEIC/JLEIC Collaboration)	Pilat, Fulvia/Vasiliy Morozov	TJNAF	MEIC/JLEIC design
2:05 PM	25	(MEIC/JLEIC Collaboration)	Cai, Yunhai/Nosochkov Yuri	SLAC	MEIC/JLEIC design
2:30 PM	35	(MEIC/JLEIC Collaboration)	Mustapha, Brahim/ Ostroumov, Peter	ANL	MEIC/JLEIC Design /ion injector
3:05 PM	10	Break
3:15 PM	35	Design Studies and Prototyping of Superferric Magnets for MEIC/JLEIC ((MEIC/JLEIC Collaboration))	McIntyre, Peter	TAMU	MEIC/JLEIC design
3:50 PM	40	Design of HOM damping for high current SRF cavities for Electron Ion Collider (eRHIC) at BNL	Li, Derun and Ostoumov/Mustapha	LBNL/ANL	High current eRHIC
4:30 PM	30	Studies of Conventional and ERL-Based Recirculator Electron Cooling for an Electron Ion Collider	Erdelyi, Bela	NIU	e cooling software /MEIC/JLEIC
5:00 PM		Adjourn

Highlights

View all Highlights

Researchers have long thought pure niobium superconducting radiofrequency cavities were best for particle accelerators. Researchers are now using a toolkit to learn how to add impurities to the cavities to make them smoother—and more efficient.

Smoother Surfaces Make for Better Particle Accelerators

An enhanced topographic analysis toolkit for forecasting and improving particle accelerator performance is helping scientists build better accelerators.

Wavefunction matching replaces the short distance part of the two-body wavefunction for a realistic interaction with that of a simple easily computable interaction. The result is a new interaction that can be handled in quantum many-body calculations.

Making Difficult Quantum Many-Body Calculations Possible

Solving quantum many-body problems with wavefunction matching.

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