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Proposing an experiment at IOTA/FAST¶

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• Table of contents
• Proposing an experiment at IOTA/FAST
• Contacts
• Experiments
  • Run 3 (tentatively scheduled for Sep-Dec 2020)
    • IOTA
    • FAST Linac
  • Run 2a (Nov 27, 2019 - Dec 20, 2019) and Run 2b (Feb 17, 2020 - Mar 21, 2020)
    • IOTA
    • FAST linac
  • Run 1 (Aug 2018 - Apr 2019)
    • IOTA
    • FAST linac
• Attachments

• Proposal submission guidelines: Beams-doc-7363
• Proposal template [PDF] [LaTeX]
• Presentation given at the FAST/IOTA Collaboration Meeting (June 2019)
• Note on data storage options for IOTA/FAST experiments: Beams-doc-8245

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Contacts¶

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IOTA/FAST Scientific Committee (ISC)
Giulio Stancari (chair)	630-840-3934	stancari@fnal.gov
Dan Broemmelsiek	630-840-4124	broemmel@fnal.gov
Alexander Valishev	630-840-2875	valishev@fnal.gov

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Experiments¶

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Run 3 (tentatively scheduled for Sep-Dec 2020)¶

Proposals are welcome. Below is a tentative list of experiments that are expected to submit proposals.

IOTA¶

• Preliminary studies for optical stochastic cooling experiment
• Optical stochastic cooling demonstration
• Octupole studies in preparation for nonlinear integrable schemes based on symplectic integrators
• Effect of octupole channel on instability thresholds
• Interferometry of undulator radiation from single electrons

FAST Linac¶

Run 2a (Nov 27, 2019 - Dec 20, 2019) and Run 2b (Feb 17, 2020 - Mar 21, 2020)¶

IOTA¶

ID	Acronym	Title	Spokesperson	LOI (optional)	Proposal	Presentation	Status
I-201	NL-OMC	Nonlinear Optics Measurements and Correction in the IOTA Ring	M. Hofer (CERN)	PDF	PDF	slides	approved
I-203	IBS_Study	Study of Intrabeam Scattering	V. Lebedev (FNAL)	no	PDF	slides	approved
I-204	NIO	Nonlinear Integrable Optics in Run 2	A. Valishev (FNAL)	no	PDF	slides	approved
I-205	AMPUR	Angular Measurement of Photons from Undulator Radiation in IOTA’s Single Electron Mode	E. Angelico (UChicago)	no	PDF	slides	approved
I-206	URSSE	Measurement of Spontaneous Undulator Radiation Statistics Generated by a Single Electron	S. Nagaitsev (FNAL/UChicago)	no	PDF	slides	approved
I-208	SI	Quasi-integrable systems based on symplectic integrators	S. Baturin (NIU)	no	PDF	slides	rejected
I-209	FUR	Fluctuations in undulator radiation	I. Lobach (UChicago)	no	PDF	slides	approved
I-210	NIOLD	Instability thresholds and integrable optics	N. Eddy (FNAL)	PDF1 PDF2	PDF	slides	approved

FAST linac¶

ID	Acronym	Title	Spokesperson	LOI (optional)	Proposal	Presentation	Status
I-202	LRW/SRW	Investigations of Long-range and Short-range Wakefield Effects on Beam Dynamics in TESLA-type Superconducting Cavities	A. Lumpkin (FNAL)	yes	PDF	slides	approved
I-207	MagBeam	Generation, Transport and Diagnostics of High-charge Magnetized Beams	P. Piot (NIU/ANL)	yes	PDF	slides	approved

Run 1 (Aug 2018 - Apr 2019)¶

IOTA¶

• Nonlinear integrable optics with octupole channel
• Landau damping and nonlinear integrable optics
• Nonlinear integrable optics with nonlinear Danilov-Nagaitsev magnet
• Lattices and diagnostics for optical stochastic cooling
• Detection of edge-radiation interference
• Nonlinear beam decoherence
• Single-electron phase-space tomography
• Fluctuations in undulator radiation

FAST linac¶

• High-charge magnetized beams
• Higher-order-mode (HOM) measurements in FAST linac cryomodule
• Short-range wakefield effects in TESLA-type superconducting rf cavities

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Attachments¶

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