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When: 21–23 September 2026
Where: LINXS, The Loop, Rydbergs torg 4, Lund, Sweden
Organisers: LINXS, MAX IV (LINXS ChemLife-MAX IV event)
Fee: A registration fee of 1000 SEK will be charged for the event. The fee covers all lunches and coffee breaks and the conference dinner. Participants are expected to arrange for their own travel and stay.
Registration Deadline: 20 August
About
The TR+ Conference: Static to Dynamics will bring together researchers exploring one of the central challenges in modern structural and molecular science: moving beyond static snapshots to reveal the dynamic processes that govern function of biomolecules.
The conference will highlight advances in time-resolved synchrotron techniques, including X-ray spectroscopy, scattering, serial crystallography, and multimodal approaches used to probe structural and functional dynamics across multiple length and timescales.
Scientific sessions will focus on the challenges and strategies of performing time-resolved experiments, including sample preparation and delivery, reaction triggering and synchronization, high-throughput data collection, and analysis of large dynamic datasets. Discussions will emphasize how these approaches bridge the gap between static structural information and mechanistic understanding.
The program will feature keynote lectures, scientific presentations, expert discussions, poster sessions, and opportunities to engage with beamline scientists and visit MAX IV facilities.
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Giovanni Volpe, (Dept. of Physics, Gothenburg University) : “How do proteins fold?”
Przemek Nogly, (DIOSCURI, Jagiellonian University, Krakow): “From static structures to molecular movies: time-resolved serial crystallography of light-sensing receptors.”
Tiago Cordiero, (ITQB-NOVA University, Lisbon): “Probing Conformational Dynamics in Flexible Macromolecular Assemblies by SAXS.”
Fatemeh Sabzian Molaei, (Dept. of Chemistry, Umeå University): “Time-resolved X-ray solution scattering: from experimental challenges to interpretation of protein dynamics in solution”
Torbjörn Nur Olsson, (Dept. of Chem. and Mol. biology, Gothenburg University): “Picosecond time-resolved crystallography captures a terahertz-induced quench-like redistribution of fluctuations in a protein crystal”
Jens Uhlig, (Chemical Physics, Lund University) : “Time resolved XAS experiments on many temporal scales.”
Dominik Oberthuer, (Center for Free-Electron Laser Science, DESY): “A snapshot love story: what serial crystallography has done and will do for us"
Allen M. Orville, (XFEL-Hub at Diamond Light Source): “Metalloenzyme structure & function revealed by leveraging large kinetic isotope effects and time-resolved crystallography & spectroscopy”
Please note that if you register for physical participation and do not attend without informing us, a no-show fee of 200 SEK will be charged to offset the cost of ordered food/refreshments etc.
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