Speaker: Dr. Arthi Jayaraman, Chief Scientist AI for Materials, Science Next Team, IBM Consulting, France Abstract: The multiscale structural characterization of soft materials—ranging from polymer solution assemblies to bio-derived soft gels and fibrils —is often bottlenecked by the difficulty of interpreting…
Read MoreSpeaker: Marjolein Thunnissen, Life Science Advisor MAX IV, Lund University, Sweden Abstract: When considering how synchrotrons contribute to virology research, structure determination of viral proteins and entire capsids is often the first application that comes to mind. However, synchrotron facilities provide a much broader…
Read MoreSpeaker: Gaia Sebastiana Ferraro, University of Sassari, Italy Abstract: Large Research Infrastructures are commonly understood as technological platforms designed to enable scientific discovery. Yet their significance extends far beyond their technical capabilities. Through their spatial organization and relationship with…
Read MoreSpeaker: Stergios Zarkogiannis, Leibniz Centre for Tropical Marine Research Abstract: Planktonic foraminifera are single-celled marine organisms that build calcite shells and have done so since the Jurassic (~200 Ma). Their shells preserve a rich archive of past ocean conditions through geochemical…
Read MoreSpeaker: Dr. Weiwei He, NYU Abu Dhabi, UAE Abstract: RNA is dynamic biopolymer whose structures, motions, and interactions underlie molecular recognition, gene regulation, and catalysis. Connecting these dynamics to function in native, ion-rich environments remains difficult. Solution-based…
Read MoreSpeaker: Lars-Anders Carlson, Umeå University, Sweden Abstract: Many arthropod-borne pathogens are positive-sense RNA viruses. Such viruses replicate their RNA on remodelled cytoplasmic membranes, in membrane-bound viral replication organelles. These replication organelles frequently take the shape…
Read MoreSpeaker: Prof Lars J. Tranvik, Uppsala University, Sweden Abstract: Dissolved organic matter (DOM) in inland waters plays a substantial role in the global carbon cycle, and thus potentially affects climate as well. This presentation is an overview of the dynamics and fluxes of carbon involving DOM…
Read MoreAbout: This introductory workshop is intended for students and professionals who are interested in the use of advanced characterization methods in heritage science, but feel a bit lost as to where to begin! We have brought together a panel of experts, who use a range of x-ray and neutron techniques…
Read MoreSpeaker: Nayomi Plaza, Materials Research Engineer, USDA Forest Service, USA Abstract: Wood is a complex hygroscopic material with multiple levels of structure that influence its properties and ultimately, performance. Yet, our understanding of the relationship between wood nanostructure and its…
Read MoreSpeaker: Alex Rodzinka, Cranfield University/ISIS Neutron and Muon Source, UK Abstract: Neutron techniques, being completely non-destructive, are excellent for analysing archaeological material. They are best utilised, however, together with other techniques, which allow us to make the most of our…
Read MoreSpeaker: Yuri Gerelli, Institute for Complex Systems - CNR - Sapienza, Italy Abstract: Biomembranes play a critical role in cellular function by separating the interior of cells and organelles from their environment. Understanding the properties and behavior of these membranes is essential for many…
Read MoreSpeaker: Christina Bergonzo, Nist, USA Abstract: Characterization of structure and dynamics is central to the development and assessment of monoclonal antibody-based therapeutics, which need to be effective, stable, and safe biopharmaceutical products. Molecular dynamics has become a central method…
Read MoreSpeaker: Prof Andrew Boothroyd, Oxford University Abstract: Over the past two decades, topology has become an increasingly valuable tool in condensed matter research, providing a radically different way of thinking about materials and enabling the prediction and discovery of exotic states with…
Read MoreSpeaker: Peter Müller-Buschbaum Abstract: The research neutron source Heinz Maier-Leibnitz (FRM II) is a central scientific institute of the Technical University of Munich (TUM) located at the Research Campus in Garching. The FRM II came into user operation in April 29, 2005 and provides neutrons…
Read MoreSpeaker: Laurent Chapon and David Stuart, Diamond Light Source, UK Abstract: We will present the Diamond Light Source, its operation, the experimental capabilities available to academic and industrial users, and the scientific programme in Physical and Life Sciences. We will also present the plan…
Read MoreSpeaker: Mark Johnson, Institut Laue-Langevin (ILL), France About: Welcome to a LINXS webinar series introducing the latest scientific breakthroughs and developments at large scale research facilities from all over the world. For the first time, Science Directors from different x-ray and neutron…
Read MoreSpeaker: Philip Willmott, PSI SLS, Switzerland Abstract: The SLS was for over a decade the benchmark synchrotron facility regarding its performance relative to the theoretical optimal value, given the machine parameters. However, with the advent of a new-generation of storage rings, dubbed…
Read MoreSpeaker: Andrey Shavorskiy, MAX IV Laboratory About: This seminar, led by an experienced beamline scientist, provides a practical introduction to effective proposal writing for synchrotron and large-scale research facilities. Participants will gain insight into how proposals are evaluated, with…
Read MoreSpeaker: Prof Andrew Harrison, Director of Science, Extreme Light Infrastructure ELI ERIC Abstract: CERIC-ERIC is an organization that provides a single point of access to a collection of large-scale research infrastructures, including synchrotron and neutron scattering beamlines, ion-beams and…
Read MoreSpeaker: Sylvain Prévost, Institut Laue-Langevin, France Biography: Sylvain F. Prévost currently works at the Institut Laue Langevin (ILL). Sylvain does research in Condensed Matter Physics and Physical Chemistry, and is now moving towards complex structures in biology and biorelated soft matter.
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