Two NEPHEWS Twinning participants on the IN1-Lagrange spectrometer at the ILL

14.11.2025 - Training & PhD, Energy, European news, IN1 TAS/Lagrange, Spain

The NEPHEWS Twinning Programme gives researchers the opportunity to gain hands-on experience with neutron experiments at the ILL and to learn directly from beamline scientists. Participants benefit from short placements that combine observation, practical training, and guidance on how to integrate neutron techniques into their own research.

Two recent participants took part in experiments on the IN1-Lagrange spectrometer, observing and contributing to live experiments on zeolites.

Giorgia Cariati from the Instituto de Tecnología Química, UPV–CSIC, Spain

PhD student Giorgia Cariati joined an experiment on silanol defects in pure silica zeolites. Her placement allowed her to see the IN1-Lagrange spectrometer in operation, understand its potential for her research, and explore how it complements other techniques used in her studies of interactions between zeolite and organic structure-directing agents (OSDA).

“Taking part in the NEPHEWS Programme enabled me to see how the technique works in practice and to understand its potential,” Giorgia explains. “It has helped me identify how best to integrate it into my research and to plan future experiments more effectively.”

Giorgia now plans to attend the ADD2026 School, jointly organised in January 2026 by the ESRF and the ILL, to strengthen her data analysis skills and build on what she learned during her stay.

Morgana Müller de França from the Federal University of Paraná, Brazil

Morgana, whose PhD research focuses on 2D materials and gas sensors, participated in an experiment on the role and mapping of surface H⁺ and Al sites on zeolites for SAF-range olefin production. Her goal was to gain hands-on exposure to neutron techniques and to connect them with her previous work on adsorption phenomena.
“In Brazil, I attended a course on neutron science where we learned the basics and how to write proposals,” she says. “A PhD student at ILL told me about the NEPHEWS program as an opportunity to learn more about neutrons by following a researcher during beamtime. Indeed, it gave me the opportunity to see how experiments are conducted and to follow the work step by step.”

"The best part about this program is the care to insert the student into an experiment in a similar area that we already worked on. For example, I already worked with adsorption and I followed a researcher in an inelastic neutron scattering analysis for adsorption. So it’s a great way to start in the field” she adds.

“Inelastic neutron scattering (INS) is ideal to study zeolites. Indeed, Neutrons are particularly good at ‘seeing’ individual hydrogen atoms and can detect all the molecular vibrational modes where the H atoms are involved.

The analysis of inelastic neutron scattering data allows extract precise information of the molecular vibrations – especially the ones associated to hydrogen atoms – and opens the room to understand the dynamics of specific atoms or molecules and of the surroundings chemical environment disturbing them,” says Monica Jimenez-Ruiz, ILL scientist and IN1-Lagrange instrument responsible.

Giorgia’s and Morgana’s experiences demonstrate how NEPHEWS supports both deepening existing expertise and exploring new scientific directions. Through hands-on training, mentoring, and the chance to work directly on the IN1-Lagrange spectrometer, both of them gained a clearer understanding of neutron techniques while strengthening their connection with the international materials science community.

The NEPHEWS Twinning Programme still welcomes applications and continues to play a vital role in preparing researchers to make full use of Europe’s advanced neutron, synchrotron and free-electron laser complementary research infrastructures, to promote curiosity-driven excellence in research.