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1. ExPaNDS: Laying the Foundations for Achieving Open Science for Everyone
   Published on 13/04/2023
   ... Boscaro-Clarke, I. Fuhrmann, P. Marauska, J. Matthews, B. McBirnie, A. Ashton, A. Minotti, C. Barty, A. Ounsy, M. Valcarcel-Orti, A. Konrad, U. Roarty, K. Millar, P. Méthodes, instrumentation, modélisation Informatique Boscaro-Clarke, I., Fuhrmann, P., ...
2. Lateral Confinement in 2D Nanoplatelets: A Strategy to Expand the Colloidal Quantum Engineering Toolbox
   Published on 18/06/2024
   ... Curti, L. Dabard, C. Makké, L. Fu, N. Lehouelleur, H. Hua, M. Bossavit, E. Cavallo, M. Xu, X.Z. Pierucci, D. Silly, M.G. Guzelturk, B. Lhuillier, E. Climente, J.I. Diroll, B.T. Ithurria, S. Curti, L., Dabard, C., Makké, L., Fu, N., Lehouelleur, H., Hua, M ...
3. ExPaNDS FAIR workshops- 1st & 2nd October 2020
   Published on 24/09/2020
   ... ExPaNDS is the European Open Science Cloud (EOSC) Photon and Neutron Data Service that SOLEIL is a partner. The ambitious ExPaNDS project is a collaboration between 10 national Photon and Neutron Research Infrastructures (PaN RIs) as well as EGI. The ...
4. Announce: 2nd European PaN EOSC Sympoisum organised by the ExPaNDS and PaNOSC projects, October 26th 2021
   Published on 30/09/2021
   ... ExPaNDS and PaNOSC H2020 projects organise the 2nd PaN EOSC Symposium. This event will take place on October 26th, 2021, from 9:30 CET to 13:00 CET (hosted online, on Zoom). We invite you to reserve the date in your diary and register for the event here! ...
5. Best Wishes for 2019!
   Published on 10/01/2019
   ... SOLEIL Synchrotron staff wishes you a very happy new year! 2019 is proclaimed the International Year of the Periodic Table of Chemical Elements by UNESCO. This table is a "tabular view of all the chemical elements, arranged by increasing atomic ...
6. Coherent synchrotron radiation: an effective frequency comb in the terahertz domain
   Published on 13/11/2015
   ... Physicists have just discovered the discontinuous nature of synchrotron radiation due to its coherence. This makes it possible to use coherent synchrotron radiation as one of the most efficient sources to produce a frequency comb in the terahertz range. ...
7. Optoelectronics: Benefit of semiconductor/ferroelectric hybrid material
   Published on 22/05/2023
   ... Semiconductor nanocrystals are promising building block for optoelectronics. Over the past three decades, large progresses have been obtained on their synthesis to achieve size and shape control and expand the library of material. In spite of this ...
8. Investigation on the bioresorbable coronary scaffold resorption in-vivo
   Published on 19/03/2024
   ... Coronary heart disease (CHD), the main cause for sudden deaths, is today treated with expandable stents to open the arteries for blood flow. But these stents cannot be surgically removed, and patients need medication to prevent blood clots. Magnesium ...
9. Microchips to explore the 3D architecture of biomolecules
   Published on 17/06/2019
   ... Crystallography is one of the most widely used methods for the study of the 3D architecture of biomolecules (proteins, RNA, DNA). However, the most delicate stage in this technique is the production of crystals from the biomolecule from which the 3D image ...
10. Notre-Dame de Paris stained glass windows: SOLEIL's expertise in demand
    Published on 24/02/2021
    ... During the fire of April 15, 2019, which destroyed a large part of the structure of Notre-Dame in Paris Cathedral, the 120 stained glass windows adorning the facades were preserved. However, the cloud of particles resulting from the fire left a deposit on ...
11. Environment: CO 2 separation by ultrathin films of metal-organic porous molecules
    Published on 18/07/2022
    ... The effect of rising greenhouse gas emissions on global warming drives current research into improved means of separation, capture and/or storage of CO 2. Porous metal-organic materials, which are made of metal nodes connected through organic linkers, are ...
12. Bottom-up nanofabrication enabled by the layering of block copolymer films
    Published on 14/02/2023
    ... 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 chains (the “blocks”), that may be incompatible (like ...
13. Multiferroic compounds in tomorrow's magnetic memories? The benefits of high pressure demonstrated at AILES beamline
    Published on 12/06/2023
    ... The ability to control the magnetic properties of a material by means of an electric field represents a "Holy Grail" for applications in the field of magnetic memories. For this reason, so-called "multiferroic" compounds- with their ...
14. Following the electron pathway within a 2D material
    Published on 17/04/2025
    ... Optoelectronic devices, such as LEDs, lasers, and cameras, play a central role in our daily lives. These devices rely on controlling light and its interaction with matter, typically modulated by a simple mechanism: an electric bias. Therefore, ...
15. Conceptual Design Report for SOLEIL Upgrade
    Published on 26/07/2021
    ... This document, which you can download, presents the conceptual design of an upgrade of Synchrotron SOLEIL accelerators, beamlines and infrastructure. The project is planned in two phase of 5 years each, “construction” and “towards full performance”. ...