{"data":[{"id":"374","type":"materials","attributes":{"title":"A case study in neutron science of user access at large scale facilities from non-facility countries","url":"https://youtu.be/BJrJ4fbgP0Y","short-description":"​The video titled \"A Case Study in Neutron Science of User Access at Large-Scale Facilities from Non-Facility Countries\" features Paavo Penttilä from Aalto University. In this presentation, Penttilä discusses the challenges and strategies associated with accessing neutron research facilities for users from countries lacking their own large-scale neutron sources. He shares insights into collaborative efforts, proposal writing, and the practicalities of conducting neutron scattering experiments as an international user.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Neutron science","User access","Large-scale facilities","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":525,"firstname":"Paavo ","lastname":"Penttilä","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:28:27.274Z","updated-at":"2025-04-08T07:08:15.614Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/a-case-study-in-neutron-science-of-user-access-at-large-scale-facilities-from-non-facility-countries"}},{"id":"373","type":"materials","attributes":{"title":"Using XRF mapping and micro-XAFS to explore the spatial distribution","url":"https://youtu.be/kqN3Bd0iwPk","short-description":"The video titled \"Using XRF Mapping and Micro-XAFS to Explore the Spatial Distribution\" features Maria Katsikini discussing the application of X-ray Fluorescence (XRF) mapping and micro-X-ray Absorption Fine Structure (micro-XAFS) spectroscopy in analyzing the spatial distribution of elements within various materials. She highlights how these techniques provide detailed chemical and structural information, enabling insights into material composition and behavior.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["XRF mapping","micro-XAFS spectroscopy","Spatial distribution","Elemental analysis","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":524,"firstname":"Maria ","lastname":"Katsikini","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:26:39.132Z","updated-at":"2025-04-08T07:01:49.428Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/using-xrf-mapping-and-micro-xafs-to-explore-the-spatial-distribution"}},{"id":"372","type":"materials","attributes":{"title":"Neutrons as probes for soft matter","url":"https://youtu.be/xxszcWLbhXI","short-description":"​The video titled \"Neutrons as Probes for Soft Matter: Shining the Beam on Cancer Cells and Burned Bones\" features Maria Paula Marques from the University of Coimbra discussing the application of neutron scattering techniques in the analysis of soft matter. She emphasizes how neutrons can be utilized to investigate the structural and dynamical properties of biological tissues, specifically focusing on cancerous cells and thermally altered bone samples. The presentation highlights the advantages of neutron-based methods in providing detailed insights into complex biological systems, which can contribute to advancements in medical diagnostics and treatment strategies.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Neutron scattering","Biological tissue analysis","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":523,"firstname":"Paula ","lastname":"Marques ","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:24:50.726Z","updated-at":"2025-04-08T07:08:41.803Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/neutrons-as-probes-for-soft-matter"}},{"id":"371","type":"materials","attributes":{"title":"Synchrotron X-ray Absorption Spectroscopy–insights into experimental techniques","url":"https://youtu.be/eTaXb2YnoyY","short-description":"The video titled \"Synchrotron X-ray Absorption Spectroscopy–Insights into Experimental Techniques\" features Alexey Maximenko discussing the principles and methodologies of Synchrotron X-ray Absorption Spectroscopy (XAS). He provides an overview of experimental setups, data collection strategies, and analytical approaches used to investigate the electronic and structural properties of materials. The presentation also highlights recent advancements in XAS techniques and their applications across various scientific disciplines.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Synchrotron X-ray Absorption Spectroscopy","XAS techniques","Experimental methodologies","material characterization","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":522,"firstname":"Alexey ","lastname":"Maximenko","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:23:05.802Z","updated-at":"2025-04-08T07:08:54.436Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/synchrotron-x-ray-absorption-spectroscopy-insights-into-experimental-techniques"}},{"id":"370","type":"materials","attributes":{"title":"Introduction to Femtosecond X-ray Experiments at X-ray Free Electron Lasers","url":"https://youtu.be/TENJ2zcr2zc","short-description":"​The video titled \"Introduction to Femtosecond X-ray Experiments at X-ray Free Electron Lasers\" features Christian Bressler discussing the fundamentals and applications of femtosecond X-ray experiments conducted at X-ray Free Electron Lasers (XFELs). He emphasizes the unique capabilities of XFELs in generating extremely bright and ultrashort X-ray pulses, which enable groundbreaking research in ultrafast photochemistry and material sciences. The presentation also highlights the design and key experiments performed at facilities like the European XFEL.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Femtosecond X-ray experiments","X-ray Free Electron Lasers","Ultrafast photochemistry","Material sciences","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":521,"firstname":"Christian ","lastname":"Bressler","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:21:16.700Z","updated-at":"2025-04-08T07:09:06.023Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/introduction-to-femtosecond-x-ray-experiments-at-x-ray-free-electron-lasers"}},{"id":"369","type":"materials","attributes":{"title":"Accessing beamtime at large scale facilities through NEPHEWS","url":"https://youtu.be/r8DPg4v5PFM","short-description":"The video titled \"Accessing Beamtime Through NEPHEWS\" features Giovanna Cicognani and Rainer Lechner discussing the NEPHEWS project, which aims to facilitate access to beamtime at large-scale research facilities for new and non-expert users. They outline the support mechanisms available, including virtual training events and guidance on access procedures to synchrotron radiation, free-electron lasers, and neutron research infrastructures.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["NEPHEWS project","Beamtime access","Large-scale research facilities","Virtual training","User support"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":519,"firstname":"Giovanna ","lastname":"Cicognani ","orcid":""},{"id":520,"firstname":"Rainer ","lastname":"Lechner","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:19:05.933Z","updated-at":"2025-04-08T07:09:20.165Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/accessing-beamtime-at-large-scale-facilities-through-nephews"}},{"id":"368","type":"materials","attributes":{"title":"Experiments at large scale facilities, practice and workflows in X-ray science","url":"https://youtu.be/kK1Mf37L8tY","short-description":"​The video titled \"Experiments at Large Scale Facilities, Practice and Workflows in X-ray Science\" features Bridget Murphy discussing the practical aspects and workflows involved in conducting X-ray science experiments at large-scale research facilities. She emphasizes the importance of efficient experimental planning, data acquisition, and analysis to maximize the effectiveness of research conducted at these facilities.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Large-scale facilities","X-ray science","Experimental workflows","Data acquisition","Research planning","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":518,"firstname":"Bridget ","lastname":"Murphy","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:16:08.280Z","updated-at":"2025-04-08T07:09:33.313Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/experiments-at-large-scale-facilities-practice-and-workflows-in-x-ray-science"}},{"id":"367","type":"materials","attributes":{"title":"Infrared FELs, their applications and science examples","url":"https://youtu.be/uKxNmvusIh0","short-description":"​The video titled \"Infrared FELs, Their Applications and Science Examples\" features Stefan Winnerl from Helmholtz-Zentrum Dresden-Rossendorf (HZDR) discussing the principles and applications of infrared free-electron lasers (FELs). He highlights how these FELs are utilized to generate high-power, tunable infrared radiation, which is instrumental in various scientific fields. The presentation includes examples of research conducted at HZDR's ELBE Center for High-Power Radiation Sources, demonstrating the FELs' capabilities in material science and condensed matter physics.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":517,"firstname":"Stefan ","lastname":"Winnerl ","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:14:06.615Z","updated-at":"2025-04-08T07:09:45.713Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/infrared-fels-their-applications-and-science-examples"}},{"id":"366","type":"materials","attributes":{"title":"Accessing beamtime at large scale facilities for new and non-expert users through NEPHEWS","url":"https://youtu.be/nlZql6Z1pxY","short-description":"​The video titled \"Accessing Beamtime at Large Scale Facilities for New and Non-Expert Users through NEPHEWS\" features Antje Vollmer from Helmholtz-Zentrum Berlin (HZB) and Philip King from ISIS Neutron \u0026amp; Muon Source (ISIS). They discuss strategies and support mechanisms provided by the NEPHEWS project to assist new and non-expert users in accessing beamtime at large-scale research infrastructures. The presentation emphasizes user-twinning and Early Stage Researcher (ESR) support programs designed to facilitate the application process and enhance user experience at these facilities.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["NEPHEWS project","Beamtime access","Large-scale research facilities","User-twinning","Early Stage Researcher support"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":515,"firstname":"Philip ","lastname":"King","orcid":""},{"id":516,"firstname":"Antje ","lastname":"Vollmer ","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:12:04.051Z","updated-at":"2025-04-08T07:10:02.943Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/accessing-beamtime-at-large-scale-facilities-for-new-and-non-expert-users-through-nephews"}},{"id":"365","type":"materials","attributes":{"title":"Synchrotron X ray imaging and computed tomography","url":"https://youtu.be/nYxCyJZlP1A","short-description":"​The video titled \"Synchrotron X-ray Imaging and Computed Tomography\" features Paul Tafforeau from the European Synchrotron Radiation Facility (ESRF) discussing the application of synchrotron X-ray imaging techniques, particularly computed tomography, in non-destructive 3D studies of various specimens. He highlights how these advanced imaging methods provide high-resolution insights into the internal structures of objects, benefiting fields such as paleontology and archaeology.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Synchrotron X-ray imaging","Computed tomography","Non-destructive analysis","3D imaging","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":514,"firstname":"Paul ","lastname":"Tafforeau ","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:08:49.129Z","updated-at":"2025-04-08T07:10:28.122Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/synchrotron-x-ray-imaging-and-computed-tomography"}},{"id":"364","type":"materials","attributes":{"title":"Synchrotron X ray Diffraction – an emphasis on powder diffraction","url":"https://youtu.be/5cUltsrvXdw","short-description":"The video titled \"Synchrotron X-ray Diffraction – An Emphasis on Powder Diffraction\" features Andy Fitch from the European Synchrotron Radiation Facility (ESRF) discussing the principles and applications of synchrotron X-ray diffraction, with a particular focus on powder diffraction techniques. He highlights the capabilities of the ID22 High-Resolution Powder Diffraction Beamline at ESRF, including its high angular resolution and advanced instrumentation, which are instrumental in analyzing the structural properties of various materials.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Synchrotron X-ray diffraction","Powder diffraction","High-resolution diffraction","Material structure analysis","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":513,"firstname":"Andy ","lastname":"Fitch","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T06:03:36.308Z","updated-at":"2025-04-08T07:10:43.344Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/synchrotron-x-ray-diffraction-an-emphasis-on-powder-diffraction"}},{"id":"363","type":"materials","attributes":{"title":"Synchrotron Photoemission spectroscopy – from core levels, to environments","url":"https://youtu.be/vsE5Rk-F5SI","short-description":"​The video titled \"Synchrotron Photoemission Spectroscopy – from Core Levels to Environments\" features Norbert Koch discussing the application of synchrotron-based photoemission spectroscopy. He focuses on how this technique is used to analyze core-level electrons, providing insights into the electronic structure and chemical environments of various materials.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["synchrotron radiation","Photoemission spectroscopy","Core-level analysis","material characterization","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":512,"firstname":"Norbert ","lastname":"Koch","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-08T05:52:34.480Z","updated-at":"2025-04-08T07:10:58.475Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/synchrotron-photoemission-spectroscopy-from-core-levels-to-environments"}},{"id":"362","type":"materials","attributes":{"title":"Nuclear and particle physics – introduction and examples","url":"https://youtu.be/GWgaJp1U3zA","short-description":"The video titled \"Nuclear and Particle Physics – Introduction and Examples\" features Prof. Dr. Bastian Märkisch from the Technical University of Munich. In this presentation, Prof. Märkisch provides an overview of nuclear and particle physics, focusing on precision experiments at low energies to explore physics beyond the Standard Model. He discusses his research on neutron beta decay and the development of neutron optical components for experiments like PERC and Perkeo III. The talk highlights the significance of these experiments in understanding fundamental interactions and the pursuit of new physics beyond established theories.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Nuclear physics​","particle physics","Precision experiments​","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":511,"firstname":"Bastian ","lastname":"Märkisch","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T14:37:31.854Z","updated-at":"2025-04-08T07:11:15.230Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/nuclear-and-particle-physics-introduction-and-examples"}},{"id":"361","type":"materials","attributes":{"title":"Introduction to X rays as a probe of matter, materials and processes","url":"https://youtu.be/RAN65Tk4Qp4","short-description":"The video titled \"Introduction to X-rays as a Probe of Matter, Materials, and Processes\" features Luigi Paolasini from the European Synchrotron Radiation Facility (ESRF). In this presentation, Luigi Paolasini provides an overview of X-rays, discussing their discovery and evolution from X-ray tubes to synchrotron radiation sources. He explores how X-rays interact with matter, emphasizing their ability to probe electronic structures and material properties. The talk also highlights various applications of X-rays in studying materials and processes across different scientific fields.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["X-rays","synchrotron radiation","material science","X-ray interactions","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":510,"firstname":"Luigi","lastname":"Paolasini ","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T14:24:57.887Z","updated-at":"2025-04-08T07:11:27.619Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/introduction-to-x-rays-as-a-probe-of-matter-materials-and-processes"}},{"id":"360","type":"materials","attributes":{"title":"Neutron imaging – introduction and examples","url":"https://youtu.be/ejmxV-_raLc","short-description":"​The video titled \"Neutron Imaging – Introduction and Examples\" features Markus Strobl from the Paul Scherrer Institute (PSI) providing an overview of neutron imaging techniques and their diverse applications. In this presentation, Strobl explains the fundamental principles of neutron imaging, comparing it to X-ray imaging and highlighting its unique advantages, such as the ability to visualize light elements like hydrogen within dense materials. He discusses various neutron imaging methods, including neutron radiography and tomography, and illustrates their use in fields ranging from materials science to archaeology. The talk aims to showcase how neutron imaging serves as a powerful, non-destructive tool for investigating the internal structures and processes of a wide array of materials and objects.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Neutron imaging","radiography","tomography imaging","non-destructive testing,","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":509,"firstname":"Markus","lastname":"Strobl","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T13:52:16.810Z","updated-at":"2025-04-08T07:07:42.022Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/neutron-imaging-introduction-and-examples"}},{"id":"359","type":"materials","attributes":{"title":"Small angle neutron scattering and neutron reflectometry","url":"https://youtu.be/bMlpCC8AW44","short-description":"​The video titled \"Small Angle Neutron Scattering and Neutron Reflectometry\" features Andrew Jackson from the European Spallation Source (ESS) providing an introduction to two neutron scattering techniques: Small Angle Neutron Scattering (SANS) and Neutron Reflectometry. In this presentation, Jackson explains the fundamental principles behind these methods and discusses their applications in studying the structure and properties of materials. He also highlights how these techniques can be utilized to investigate polymers, colloids, surfactants, and other complex systems, offering insights into their molecular interactions and macroscopic behaviors.​","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Small Angle Neutron Scattering","neutron reflectometry","material characterization","molecular interactions","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":508,"firstname":"Andrew ","lastname":"Jackson","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T13:50:00.480Z","updated-at":"2025-04-08T07:07:23.442Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/small-angle-neutron-scattering-and-neutron-reflectometry"}},{"id":"358","type":"materials","attributes":{"title":"Neutron diffraction – introduction and examples","url":"https://youtu.be/g1WdPmHobLI","short-description":"​The video titled \"Neutron Diffraction – Introduction and Examples\" by Navid Qureshi provides an overview of neutron diffraction techniques and their applications. Neutron diffraction is a powerful tool that allows for the deep penetration into materials, enabling the study of large engineering components. This technique is particularly valuable for examining the internal structures and stresses within materials, which is essential for understanding their properties and performance.​","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["neutron diffraction","material science","Stress analysis","Engineering components","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":507,"firstname":"Navid ","lastname":"Qureshi","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T13:37:30.188Z","updated-at":"2025-04-08T07:07:00.811Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/neutron-diffraction-introduction-and-examples"}},{"id":"357","type":"materials","attributes":{"title":"Introduction to neutrons as a probe of matter, materials and processes","url":"https://youtu.be/uUUCw3SvFxU","short-description":"​The video titled \"Introduction to Neutrons as a Probe of Matter, Materials, and Processes\" by Mark Johnson from the Institut Laue-Langevin (ILL) discussing the fundamental properties of neutrons and their applications in scientific research. In this presentation, Johnson explores how neutrons interact with matter, highlighting their unique ability to penetrate materials deeply without causing significant damage. He explains the principles of neutron scattering and how it can be utilized to investigate the structure and dynamics of various materials. The talk also covers practical examples of neutron applications across different scientific fields, illustrating the versatility and importance of neutron techniques in advancing our understanding of material properties and processes.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["neutron scattering","Neutron techniques","Material properties","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":506,"firstname":"Mark ","lastname":"Johnson","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T13:35:45.335Z","updated-at":"2025-04-08T07:06:36.415Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/ntroduction-to-neutrons-as-a-probe-of-matter-materials-and-processes"}},{"id":"356","type":"materials","attributes":{"title":"The neutron landscape in Europe","url":"https://youtu.be/nN28BAvrodU","short-description":"​The video titled \"The Neutron Landscape in Europe\" features Dr. Astrid Schneidewind, Chair of the European Neutron Scattering Association (ENSA), providing an overview of the current state of neutron research facilities across Europe. In her presentation, Dr. Schneidewind discusses the distribution and capabilities of these facilities, highlighting their significance in various scientific disciplines. She also addresses recent developments and challenges within the European neutron research community, emphasizing the importance of collaboration and strategic planning to maintain Europe's leading position in neutron science.","doi":"","remote-updated-date":null,"remote-created-date":null,"keywords":["Neutron research","Neutron facilities","Scientific collaboration","Neutron science","NEPHEWS project"],"licence":"notspecified","difficulty-level":"medium","bcontributors":[],"bauthors":[{"id":505,"firstname":"Astrid ","lastname":"Schneidewind","orcid":""}],"target-audience":["beamtime users, researchers, PhD students"],"scientific-topics":[],"external-resources":[],"created-at":"2025-04-07T13:34:10.227Z","updated-at":"2025-04-08T07:06:18.694Z"},"relationships":{"user":{"data":{"id":"2536","type":"users"}},"content-provider":{"data":{"id":"104","type":"content-providers"}},"nodes":{"data":[]}},"links":{"self":"/materials/the-neutron-landscape-in-europe"}},{"id":"355","type":"materials","attributes":{"title":"The synchrotron and FEL landscape in Europe","url":"https://youtu.be/rRuDYiwvFHw","short-description":"​The video titled \"The Synchrotron and FEL Landscape in Europe\" features Cormac McGuinness, President of the European Synchrotron and Free Electron Laser Users Organisation (ESUO), providing an overview of the current state and distribution of synchrotron and free-electron laser (FEL) facilities across Europe. In this presentation, McGuinness discusses the various research infrastructures available, highlighting their roles, capabilities, and the scientific communities they serve. 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