Laser Control System Workshop

Contribution List

7. Intro

Prof. Thomas Elias Cocolios (KU Leuven - IKS)

21/09/2018, 14:00

Intro

Introduction to the workshop and the recent survey of the community

1. High-resolution wavemeter calibration at Mainz

Wilfried Noertershaeuser (University Mainz)

21/09/2018, 14:15

Wavelength measurement and control

High-resolution study of a high-precision wavemeter has been done in Mainz. The reproducibility of the calibration is a striking feature.

2. Laser frequency determination and stabilisation at IGISOL

Sarina Geldhof (University of Jyvaskyla (FI))

21/09/2018, 14:25

Wavelength measurement and control

3. Problems and solutions for accurate laser control at Helios and RILIS

Mr Kristof Dockx (KU Leuven (BE))

21/09/2018, 14:35

Wavelength measurement and control

The frequency spectrum of the dye laser amplifier in the Helios laboratory in IKS, KU Leuven, has been observed to contain sidebands of the main laser frequency. Multiple orders of these sidebands have are seen and have an offset of about 800 MHz from one another. The origin of this problem and some solutions have been investigated.
Once the output of the laser light is a pure single mode,...

8. ATOS vs HighFinesse

Maxim Seliverstov (Petersburg Nuclear Physics Institut (RU))

21/09/2018, 14:45

Wavelength measurement and control

From the latest Bi run at CERN

4. Trap CS

Dennis Neidherr (GSI - Helmholtzzentrum fur Schwerionenforschung GmbH (DE))

21/09/2018, 15:00

Laser Control System

The Penning Trap community pooled their resources together and created a Trap CS with frequent updates and full support in Europe and North America.
Its concept and current status will be introduced as an example of what a laser control system could, as well as how it was attempted to apply this CS to some laser spectroscopy experiment (TRIGA).

5. EPICS: an integrated control system

Mikael Reponen (University of Jyväskylä)

21/09/2018, 15:10

Laser Control System

At the accelerator laboratory in Jyväskylä, both the Penning Trap and Collinear Laser Spectroscopy systems are globally integrated into the facility's control system, EPICS. It will be briefly presented.

6. CRISTAL: a distributed control and acquisition system

Ruben Pieter De Groote (University of Jyvaskyla (FI))

21/09/2018, 15:20

Laser Control System

At the CRIS experiment at ISOLDE, a Python-based distributed control and acquisition system has been developed that allows for fast expansion of any new device and feature. It will be briefly presented.