Proposing an experiment at IOTA/FAST¶
- Proposal submission guidelines
- Proposal template [PDF] [LaTeX]
- Presentation given at the FAST/IOTA Collaboration Meeting (June 2019)
Contacts¶
| 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 |
List of experiments¶
Run 3 (Jan 2020 - Mar 2020)¶
IOTA¶
- Optical stochastic cooling demonstration
Run 2 (Sep 2019 - Nov 2019)¶
IOTA¶
- Nonlinear integrable optics with octupole channel
- Nonlinear integrable optics with nonlinear magnet
- Nonlinear optics measurement and correction [LOI]
- Preparatory studies for optical stochastic cooling experiments
- Fluctuations in undulator radiation
- Photon statistics in low-intensity undulator radiation
- Angular correlations in two-photon undulator emission -- preparatory studies
- Measurement of stability diagram vs. excitation and octupole strengths
- Study of intrabeam scattering
FAST linac¶
- High-charge magnetized beams
- Effects of higher-order modes on beam dynamics in superconducting cavities
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