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Publié le 07.02.2025

SOLEIL Highlights 2024

The new edition of our Highlights brings together 45 standout achievements selected from the approximately 700 articles published in 2024, resulting from the research undertaken both on SOLEIL's beamlines and within all the synchrotron teams that enable scientists to use these beamlines.For this 2024 edition, a first section dedicated to key figures that illustrate SOLEIL’s activity and recent...

Publié le 04/06/2025

SOLEIL's contribution to the Energy Transition

More than 15 years after the opening to our users, SOLEIL takes stock of the important results obtained thanks to the beamlines during this period. Thus, we invite you to discover a...

Publié le 25/11/2024

Aqueous Ink for Solar energy

Organic photovoltaics (OPVs) are valued for advantages over silicon solar cells, including flexibility, low costs, and light weight. However, halogenated solvents used in their production pose...

Publié le 24/06/2024

Exceptional Hydrogen Uptake in Crystalline indium gallium nitride semiconductors: a new...

Can semiconductive materials store and deliver a large quantity of hydrogen on demand, like other systems studied for hydrogen storage? Could they be used in hydrogen-fuelled vehicles? To date, large...

Publié le 06/03/2024

Unraveling the Mysteries of a novel TiS₂ Ultrathin Film Synthesis Approach

In the ever-evolving landscape of materials science, the quest for innovative techniques to fabricate ultrathin films of transition metal dichalcogenides¹ has taken a significant leap...

Publié le 04/03/2024

Controlled and targeted chemical reactions, thanks to the water surface

In modern chemistry the control, for a given reaction, of the precise location where it will take place on the molecules involved is a challenging task but is crucial because it may open up new...

Publié le 05/07/2023

SOLEIL Highlights 2022

This document presents a selection of the remarkable results achieved by our users and teams. They allow us to remain optimistic for the future, despite a difficult context linked to the...

Publié le 23/05/2023

Future of organic thin film electronics: the crucial role of surface chemistry

The next generation of wearable and stretchable electronics will rely on the development of low-cost, high-performance electronics using organic semiconductor films. Such development requires to...

Publié le 03/05/2023

In situ study of the synthesis of TiS₂ films by alternating deposition of...

Lamellar Metal Dichalcogenides* have emerged as a class of exceptional materials which exhibits remarkable electronic and chemical properties on the scale of a few monolayers. Scientists from...

Publié le 14/02/2023

Bottom-up nanofabrication enabled by the layering of block copolymer films

Block copolymers (BCPs) are ubiquitous in our daily lives and are found in products such as adhesive tapes and cosmetics. These macromolecules are produced by joining two chemically-distinct polymer...

Publié le 10/01/2023

Tailor-made self-assembly of nanostructures to produce electronic components with...

From next-generation displays for stretchable and bendable cellphones to electronic tattoos that can measure biometrics for improved health, the understanding of conjugated polymer* self-assembly is...

Publié le 18/07/2022

Environment: CO₂ separation by ultrathin films of metal-organic porous...

The effect of rising greenhouse gas emissions on global warming drives current research into improved means of separation, capture and/or storage of CO₂. Porous metal-organic materials,...