Project

General

Profile

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Ihar Lobach, 04/27/2020 09:16 PM


Introduction

The experiment studies the sources of fluctuations in undulator radiation intensity as a function of number of electrons.

In IOTA, the research program was subdivided into two experiments:

  • FUR, at high electron beam currents
  • URSSE, for observations down to single electrons

Publications

Collaborators

  • Ihar Lobach, UChicago: theory, design, experiment setup, data analysis
  • Evan Angelico, UChicago: design, data analysis, experiment setup
  • Aliaksei Halavanau, SLAC: theory, design, data analysis
  • Zhirong Huang, SLAC: theory, design
  • Valeri Lebedev, FNAL: theory, design
  • Sergei Nagaitsev, FNAL/UChicago, spokesperson: theory, design, funding
  • Aleksandr Romanov, FNAL: ring setup, light detection
  • Jamie Santucci, FNAL: apparatus, light detection
  • Giulio Stancari, FNAL: design, apparatus, analysis
  • Alexander Valishev, FNAL: design, IOTA lattice

Motivation

Design

Apparatus

gs_20181218_194320_DSC_5677_LR.jpg gs_20181218_194517_DSC_5681_LR.jpg
SLAC STI Optronics undulator

Data Acquisition

NodeRed interface

M4R SPAD detector counting rate N:ITP4RC
ACL rate-meter script repository

Related Literature

  • Teich et al., Statistical Properties of Wiggler and Bending-Magnet Radiation from the Brookhaven Vacuum-Ultraviolet Electron Storage Ring, Phys. Rev. Lett. 65, (1990)

Attachments