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Home About FAQ LINXS Community Our story How themes work Focus Areas Fellowships Management Staff Board Scientific Advisory Board Fellows Themes SHINE SMILE Semiconductors PandA Advanced Imaging and Data Analysis Advanced rheometry for neutron and x-ray science Quantum Materials Heritage Science Chemistry of Life Environment and Climate Legacy - Integrative Pharmacology and Drug Discovery Legacy - Northern Lights on Food Legacy - New Materials Legacy - Integrative Structural Biology Legacy - Dynamics Legacy - Imaging Young RIS Young researchers' initiatives Young researchers - Life Science Young researchers - Soft Matter Young researchers - Hard Matter Going on Events Events calendar News Webinar series Projects Resources Educational material Handbook LINXS Indico Server Documents Publications Contact How to get to LINXS
LINXS
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From plankton shells to past oceans: How biomineral accretion records seawater physics with Stergios Zarkogiannis
Seminar
Probe: X-rays/light, Method: Imaging, Technique: X-ray Tomography, Theme: Environment and Climate
From plankton shells to past oceans: How biomineral accretion records seawater physics with Stergios Zarkogiannis
Seminar
Probe: X-rays/light, Method: Imaging, Technique: X-ray Tomography, Theme: Environment and Climate

Speaker: 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…

Seminar
Probe: X-rays/light, Method: Imaging, Technique: X-ray Tomography, Theme: Environment and Climate
Decoding RNA Structural Dynamics with SAXS-guided Simulations & Machine Learning with Dr. Weiwei He
Seminar
Probe: X-rays/light, Method: Scattering, Technique: SAXS, Technique: MD, Theme: Integrative Structural Biology
Decoding RNA Structural Dynamics with SAXS-guided Simulations & Machine Learning with Dr. Weiwei He
Seminar
Probe: X-rays/light, Method: Scattering, Technique: SAXS, Technique: MD, Theme: Integrative Structural Biology

Speaker: 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…

Seminar
Probe: X-rays/light, Method: Scattering, Technique: SAXS, Technique: MD, Theme: Integrative Structural Biology
Replication organelles of arboviruses through the lens of a cryo-EM with Lars-Anders Carlson
Seminar
Probe: Other, Method: Imaging, Technique: cryo-EM, Theme: Integrative Structural Biology
Replication organelles of arboviruses through the lens of a cryo-EM with Lars-Anders Carlson
Seminar
Probe: Other, Method: Imaging, Technique: cryo-EM, Theme: Integrative Structural Biology

Speaker: 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…

Seminar
Probe: Other, Method: Imaging, Technique: cryo-EM, Theme: Integrative Structural Biology
The fate and role of terrestrial organic matter in inland waters with Lars Tranvik
Seminar
Probe: Other, Theme: Environment and Climate
The fate and role of terrestrial organic matter in inland waters with Lars Tranvik
Seminar
Probe: Other, Theme: Environment and Climate

Speaker: 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…

Seminar
Probe: Other, Theme: Environment and Climate
Heritage Science Workshop with seven expert panellists
Workshop
Probe: X-rays/light, Probe: Neutrons, Method: Imaging, Method: Scattering, Method: Spectroscopy, Theme: Heritage Science
Heritage Science Workshop with seven expert panellists
Workshop
Probe: X-rays/light, Probe: Neutrons, Method: Imaging, Method: Scattering, Method: Spectroscopy, Theme: Heritage Science

About: 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…

Workshop
Probe: X-rays/light, Probe: Neutrons, Method: Imaging, Method: Scattering, Method: Spectroscopy, Theme: Heritage Science
Studying wood with neutrons: Sample preparation strategies
Seminar
Probe: Neutrons, Probe: X-rays/light, Method: Scattering, Method: Imaging, Method: Spectroscopy, Technique: SANS, Technique: QENS, Technique: Neutron Imaging, Technique: XRD
Studying wood with neutrons: Sample preparation strategies
Seminar
Probe: Neutrons, Probe: X-rays/light, Method: Scattering, Method: Imaging, Method: Spectroscopy, Technique: SANS, Technique: QENS, Technique: Neutron Imaging, Technique: XRD

Speaker: 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…

Seminar
Probe: Neutrons, Probe: X-rays/light, Method: Scattering, Method: Imaging, Method: Spectroscopy, Technique: SANS, Technique: QENS, Technique: Neutron Imaging, Technique: XRD
Neutron imaging and neutron diffraction of ancient weaponry – preparing for the unexpected
Seminar
Probe: Neutrons, Method: Imaging, Method: Scattering, Technique: Neutron Imaging, Technique: Neutron Diffraction, Theme: Heritage Science
Neutron imaging and neutron diffraction of ancient weaponry – preparing for the unexpected
Seminar
Probe: Neutrons, Method: Imaging, Method: Scattering, Technique: Neutron Imaging, Technique: Neutron Diffraction, Theme: Heritage Science

Speaker: 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…

Seminar
Probe: Neutrons, Method: Imaging, Method: Scattering, Technique: Neutron Imaging, Technique: Neutron Diffraction, Theme: Heritage Science
Planar biomembranes and neutron reflectometry
Seminar
Probe: Neutrons, Method: Scattering, Technique: NR, Theme: Integrative Structural Biology
Planar biomembranes and neutron reflectometry
Seminar
Probe: Neutrons, Method: Scattering, Technique: NR, Theme: Integrative Structural Biology

Speaker: 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…

Seminar
Probe: Neutrons, Method: Scattering, Technique: NR, Theme: Integrative Structural Biology
Incorporating dynamics to advance biotherapeutic platform development
Series
Probe: Other, Technique: MD, Theme: Integrative Pharmacology and Drug Discovery
Incorporating dynamics to advance biotherapeutic platform development
Series
Probe: Other, Technique: MD, Theme: Integrative Pharmacology and Drug Discovery

Speaker: 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…

Series
Probe: Other, Technique: MD, Theme: Integrative Pharmacology and Drug Discovery
Topology: a new twist to electrons in quantum materials
Seminar
Probe: Neutrons, Probe: X-rays/light, Method: Scattering, Technique: INS, Technique: Neutron Diffraction, Theme: Quantum Materials
Topology: a new twist to electrons in quantum materials
Seminar
Probe: Neutrons, Probe: X-rays/light, Method: Scattering, Technique: INS, Technique: Neutron Diffraction, Theme: Quantum Materials

Speaker: 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…

Seminar
Probe: Neutrons, Probe: X-rays/light, Method: Scattering, Technique: INS, Technique: Neutron Diffraction, Theme: Quantum Materials

About
Home FAQ LINXS Community Our story - How themes work - Focus Areas - Fellowships People at LINXS - Management - Staff - Board of Directors - Scientific Advisory Board - Fellows
Themes
Advanced Imaging and Data Analysis Advanced rheometry for neutron and x-ray science Quantum Materials Heritage Science Chemistry of Life Environment and Climate Legacy - Integrative Pharmacology and Drug Discovery Legacy - Northern Lights on Food Legacy - New Materials Legacy - Integrative Structural Biology Legacy - Dynamics Legacy - Imaging
Young Researchers
Young Researchers' Initiatives YRI Life Science YRI Soft matter YRI Hard matter
Going on
Events Events calendar News Webinar series Projects
Resources
Educational material Handbook Linxs Indico Server Documents Publications
Contact
How to get to LINXS
Accessibility statement
 

CONTACT
For general queries, use: info@linxs.lu.se.
Telephone: +46 46 222 36 28

ADDRESS
LINXS Institute of advanced Neutron and X-ray Science
Mesongatan 4, 224 84 Lund, Sweden
Lund University internal mail: Hämtställe 37

The organisations below are currently LINXS partners, a full list of organisations and funding bodies involved can be found on the LINXS community page.

partners
Lund University, Sweden
The MAX IV laboratory, Sweden
European Spallation Source ESS ERIC, Sweden
University of Leicester
University Museum of Bergen
The University of Oxford
Chalmers University of Technology