Welcome to the GitHub organization for the IDS Group at the Brazilian Synchrotron Light Laboratory (LNLS).
The Insertion Devices and Photon Diagnostic Group (IDS) is dedicated to defining optimal light sources for the beamlines of the Sirius synchrotron, as well as developing and operating diagnostic components that utilize synchrotron radiation. Our work directly supports cutting-edge scientific research and innovation. 🚀
The IDS group is responsible for:
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Light Sources for Beamlines
- Optimizing the parameters of insertion devices to tailor light properties for each beamline.
- Minimizing the impact of these devices on the storage ring's performance.
- Collaborating closely with scientific teams, engineering groups, and accelerator specialists.
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Diagnostics for the Accelerator
- Developing and operating the Carcará beamline, which uses synchrotron radiation to monitor and diagnose the electron beam in the storage ring.
Below are some of the repositories hosted in this organization, showcasing tools and software developed by the IDS group:
Description:
A Python-based interface for the SPECTRA code, enabling simulations and calculations of synchrotron radiation properties. This tool is a crucial part of the group's effort to optimize light source parameters for Sirius beamlines.
Description:
A collection of scripts designed for machine studies, providing tools to analyze and optimize the performance of the Sirius accelerator and its components.
Description:
Simulation tools for synchrotron radiation wave optics, built on the Synchrotron Radiation Workshop framework. These tools support the study and optimization of beam coherence and focusing.
- Development of customized insertion devices for unique beamline requirements.
- Research and implementation of advanced diagnostic techniques for accelerator optimization.
- Simulation of synchrotron radiation properties and wave optics.
- Collaboration with scientific teams for cutting-edge experiments at the Sirius synchrotron.
We are open to collaboration and knowledge sharing. Whether you're a scientist, engineer, or developer interested in synchrotron light sources, diagnostics, or radiation simulation tools, we welcome contributions to our repositories.
Learn more about our work at the LNLS:
🌐 LNLS Page
📧 LNLS Groups.
