SUNSTONE Training: Online Lectures on Synchrotron Radiation (April 2025)

16 March, 2025
© SESAME 2025: the sample stage of the HESEB experimental chamber.
© SESAME 2025: the sample stage of the HESEB experimental chamber.

In a bid to advance scientific research, the SUNSTONE Project, under the SESAME initiative, is launching a free online training program starting in April 2025. This program is a series of General Online Lectures, designed to provide researchers with in-depth knowledge of synchrotron radiation techniques, which are vital in a wide range of scientific disciplines.

Synchrotron radiation is a tool in modern science, widely used for applications spanning from cultural heritage preservation to environmental research and materials science. By offering this free training, the SUNSTONE Project aims to provide scientists with the theoretical foundation they need to utilize synchrotron radiation in their research, enabling them to tap into its potential across various fields.

The first series of SUNSTONE online lectures will take place on four days during the period 8-29th April 2025, with each day dedicated to a unique research theme. On the first day (8 April), participants will be introduced to the basics of synchrotron radiation and its role in scientific research. The following days will delve into specific thematic areas. Day two (16 April) will focus on Archaeology & Cultural Heritage Using X-ray Computed Tomography, where participants will learn how synchrotron radiation aids in the analysis and preservation of historical artifacts. This non-destructive approach allows researchers to examine artifacts in 3D, revealing hidden layers and assessing material compositions without damaging the objects.

On day three (21 April), the program will shift to Environmental Science using soft X-rays. This session will cover advanced spectroscopic techniques, including X-ray Absorption Spectroscopy (XAS), which are used to study environmental samples, analyze pollutants, and develop sustainable materials. The final day (29 April) of the training will explore Science in Operando conditions using X-ray absorption spectroscopy. This session will showcase how XAS can be applied to study materials under real-world conditions, such as those used in batteries, catalysts, and industrial processes.

The program is open to researchers and scientists from all fields and is completely free of charge. This initiative presents an opportunity for those looking to enhance their understanding of synchrotron radiation and stay at the forefront of scientific advancements in this cutting-edge field.

Interested participants can register for the SUNSTONE Training by visiting the official registration page at link

For more details and registration information, visit Link to registration page.