Monday 13 January
Registration, Lunch
Monday afternoon
Room: Theatre
Time: | Talk: |
13:00 | MAX IV status and overview – Olof Karis MAX IV (SE) |
13:45 | Materials for electronic neuro-pharmaceuticals (e-NP) and the WISE Program – Magnus Berggren Linköping University (SE) |
14:30 | Accelerator Status – Pedro Fernandes Taveres MAX IV (SE) |
15:00 | ☕ Coffee break |
15:20 | InfraVis – Anders Ynnerman Linköping University (SE) |
16:05 | Science status and developments – Joachim Schnadt MAX IV (SE) |
16:35 | New Beamlines Proposal Process – Yngve Cerenius MAX IV (SE) |
16:55 | FASM – Election of new board |
17:20 | ESUO |
17:30 | Poster session |
ID | Last name | First name | Affiliation | Country | Poster title |
---|---|---|---|---|---|
1 | Jalaludeen | Mohamed Faizal Ussama | Aalborg University | DK | Probing indentation induced deformation in oxide glasses by in situ nanodiffraction |
2 | Penttilä | Paavo | Aalto University | FI | Moisture imbibition in wood and paper followed by time-resolved SAXS/WAXS |
3 | Krause | Lennard | Aarhus University | DK | SINCRYS – Chemical Crystallography Beamline |
4 | Troein | Carl | CIPA/InfraVis | SE | EXHALE – A Graphical User Interface for Analysing X-Ray Fluorescence Maps in Lung Tissue Research |
5 | Ahlstedt | Jonas | CIPA/Infravis | SE | Creating a virtual beamline enviroment |
6 | Ramos | Lucas | Federal University of Mato Grosso | BR | Atmospheric Aerosols from Amazon: Advanced Characterization Through in-situ Measurements and Synchrotron-based Techniques |
7 | Lattanzi | Veronica | HALRIC project | DK | HALRIC project |
8 | Bohlin | Joakim | InfraVis | SE | Interactive VR simulation of protein and nucleic acid structures |
9 | Kadakkotteeri | Shahna Mysin | Karlstad University | SE | Soft X ray spectroscopic studies on molecular semiconductors for durable organic photovoltaics |
10 | Moche | Martin | Karolinska Institutet | SE | PReSTO for computational structural biology at MAX IV |
11 | Larsson | Alfred | Leiden University | NL | Electrochemical Oxidation of Platinum and its Hindering Effect on the Oxygen Reduction Reaction |
12 | Algazzar | Almoataz | Luleå University of Technology | SE | Synchrotron-Assisted Exploration of Polymer Wear and Structure |
13 | Sele | Celeste | Lund Protein Production Platform (LP3) | SE | High quality services within protein production and purification |
14 | Sele | Celeste | Lund Protein Production Platform (LP3) | SE | Protein characterization, crystallization and structure determination et the Lund Protein Production Platform |
15 | Logan | Derek | Lund University | SE | A new facility for cryo-electron microscopy at MAX IV |
16 | Larsson | Emanuel | Lund University | SE | InfraVis – The National Research Infrastructure For Data Visualization |
17 | Uhlig | Jens | Lund University | SE | KiMoPack – Using the changes in development spectroscopy (time, potential, temperature) to extract superior data. |
18 | Eads | Calley | Lund University | SE | M-Bio: Microscopy for Biosciences |
19 | Klementieva | Oxana | Lund University | SE | Multiscale IR platform |
20 | Zhang | Yuhe | Lund University | SE | Physics-Inspired AI Approaches for X-ray Imaging |
21 | Toso | Stefano | Lund University | SE | Probing Ultrafast Structural Dynamics in Perovskite Mesocrystals |
22 | Guo | Ruiqiao | Lund University | SE | Quantitative imaging of human carotid atherosclerotic plaques with a hard X-ray nanoprobe |
23 | Hall | Stephen | Lund University | SE | STIMULI & 4D Imaging Lab: Supporting Tomography at MAXIV |
24 | Baranov | Dmitry | Lund University | SE | Watching the Growth of Perovskite Mesocrystals Across the Length Scales |
25 | Ahmadyarrazlighi | Yashar | Lund University | SE | Design and Optimization of a Bragg Beam Magnifier for the DanMAX Beamline |
26 | Bergman | Fanny | Lund University | SE | Metals in ashes from waste incineration |
27 | Chen | Huaiyu | Lund University | SE | 2D & 3D strain imaging of heterostructured nanowires |
28 | Ganji | Sahel | Lund University | SE | Multiscale Characterization of Paperboard via scanning-SWAXS and Tomography |
29 | Gorjatšova | Evelina | Lund University | SE | Chemical Speciation of Zn using XAS: a Key for Safe Secondary Use of Materials |
30 | Grespi | Andrea | Lund University | SE | The passive film on gold |
31 | Gurav | Nitisha | Lund University | SE | Exploring bacterial enzyme, urocanate reductase |
32 | Hallböök | Filip | Lund University | SE | Operando Characterization of MoO3 during Hydrodeoxygenation of Anisole |
33 | John | Jefry | Lund University | SE | Studying soot formation process using in-flight X-ray absorption spectroscopy |
34 | Küst | Ulrike | Lund University | SE | How to understand catalyst deactivation |
35 | Parayil Kalappurackal | Hariprasad | Lund University | SE | PXPS setup for the in situ and operando investigation of atomic layer deposition. |
36 | Patel | Nishant | Lund University | SE | Insitu observations of Ruthenium oxide: An XPS study |
37 | Rogalinski | Julia | Lund University | SE | New opportunities for time-resolved imaging using diffraction-limited storage rings |
38 | Sjö | Hanna | Lund University | SE | Spatially Resolved Surface X-Ray Diffraction on Polycrystalline Surfaces |
39 | Tallarini | Lorenzo | Lund University | SE | Probing Ultrafast Structural Dynamics in Perovskite Mesocrystals |
40 | Taylor | Sam | Lund University | SE | In situ AP-XPS of Plasma Catalysis for Ammonia synthesis |
41 | Ti Yun | Auden | Lund University | SE | In-situ AP-XPS electro-oxidation of Au (111) |
42 | Yadav | Rohit | Lund University | SE | Atomic Bismuth: Inducing Rashba Splitting on InSb Surfaces |
43 | Yang | Runqing | Lund University | SE | Exploring Information Limits in Multi-Beam Ptychography |
44 | Zareen | Shah | Lund University | SE | Comparing CO oxidation on single – and poly crystaline Pd surafces: A time-resolved APXPS study |
45 | Oksanen | Esko | Lund University / ESS | SE | NMX Macromolecular Diffractometer at ESS |
46 | Pal | Antara | Malmö University | SE | Self-assembly and dynamics of colloidal rods |
47 | Arantes Moya | Pedro Henrique | Malmö University | SE | Imaging of Strain Field around Intragranular Precipitates in Ni-Based Superalloys |
48 | Engstedt | Jenni | Malmö University | SE | Investigating the swelling behavior of Soybean Phosphatidylcholine and Glycerol Dioleate mixtures.v |
49 | Ghosh | Debarati | Malmö University | SE | PRISMAS-Structure and dynamics of solid-sate formulations of biologics |
50 | Kofoed | Philip Miguel | Malmö University | SE | Using diffraction anomalous fine stucture (DAFS) to study surface metal oxides |
51 | Morales Rodríguez | Andrea | Malmö University | SE | Model Oxide Supercapacitors based on Nickel |
52 | Tambe | Indrajeet | Malmö University | SE | In-situ loading of syntactic foams with large field of view: Strain uncertainties due to volume stitching |
53 | Sigfridsson Clauss | Kajsa | MAX IV Laboratory | SE | Balder beamline poster |
54 | Gonzalez | Ana | MAX IV Laboratory | SE | BioMAX |
55 | Viljanen | Mira | MAX IV Laboratory | SE | Combined full-field tomography and SWAXS imaging at ForMAX |
56 | Jørgensen | Mads Ry | MAX IV Laboratory | DK | DanMAX – Material science using PXRD at MAX IV |
57 | Bell | Paul | MAX IV Laboratory | SE | Detectors and Data Acquisition at MAX IV |
58 | Domingues | Artur | MAX IV Laboratory | SE | Evaluation of 3d-Printed Plastics for Ultra-High Vacuum Applications: Outgassing, and Residual Gas Analysis |
59 | Frampton | Eleanor | MAX IV Laboratory | SE | Experimental demonstration of a spectral fingerprint for conformations of porphyrins on copper |
60 | Terry | Ann | MAX IV Laboratory | SE | Experimental Opportunities at CoSAXS |
61 | Ramakrishnan | Mahesh | MAX IV Laboratory | SE | Fast Multi-modal Operando measurements at Balder beamline |
62 | Kroon | David | MAX IV Laboratory | SE | FemtoMAX – beamline updates |
63 | Kivimäki | Antti | MAX IV Laboratory | SE | FinEstBeAMS beamline |
64 | Preobrajenski | Alexei | MAX IV Laboratory | SE | FlexPES beamline: status, performance and news |
65 | Nygård | Kim | MAX IV Laboratory | SE | ForMAX |
66 | Kantor | Innokenty | MAX IV Laboratory | SE | Full field imaging at DanMAX |
67 | Cascella | Michele | MAX IV Laboratory | SE | Live data analysis |
68 | Ursby | Thomas | MAX IV Laboratory | SE | MicroMAX – A Flexible MX Beamline with Focus on Serial and Time-resolved Crystallography |
69 | Vinogradov | Nikolay | MAX IV Laboratory | SE | Microscopy labs at MAX IV |
70 | Christensen | Thorbjørn Erik Køppen | MAX IV Laboratory | SE | Multimodal Imaging at the DanMAX Beamline |
71 | Shavorskiy | Andrey | MAX IV Laboratory | SE | Operando Spectroscopy at HIPPIE beamline |
72 | Plivelic | Tomás S. | MAX IV Laboratory | SE | The magnetic sample environment at the CoSAXS beamline of MAXIV Laboratory |
73 | Plivelic | Tomás S. | MAX IV Laboratory | SE | CoSAXS at MAXIV Laboratory: A multipurpose SAXS/WAXS beamline for studying structure and dynamics on the nanometric scale |
74 | Herranz-Trillo | Fátima | MAX IV Laboratory | SE | Solution/BioSAXS sample environments at CoSAXS beamline |
75 | Klyushin | Alexander | MAX IV Laboratory | SE | SPECIES beamline: Ambient pressure XPS, RIXS, ambient pressure XAS |
76 | Kokkonen | Esko | MAX IV Laboratory | SE | SpectroWISE beamline poster |
77 | Takahashi | Carla | MAX IV Laboratory | SE | Taranta: A Web Tool for the Tango Control System, Now with SVG Widgets and Synoptics |
78 | Just | Justus | MAX IV Laboratory | SE | Watching live how thin-films grow: in-FORM in-situ platform for material formation |
79 | Begum | Afshan | MAX IV Laboratory | SE | The FragMAX facility for crystallographic fragment screening at MAX IV |
80 | Thånell | Karina | MAX IV Laboratory | SE | The SoftiMAX Beamline |
81 | Robert | Aymeric | MAX IV Laboratory | SE | TomoWISE. A new hard X-ray tomography Beamline |
82 | Walsh | Noelle | MAX IV Laboratory | SE | LDM @ MAX IV: Opportunities for gas-phase, aerosol, liquid-phase and trapped ion research at the MAX IV beamlines |
83 | Hardion | Vincent | MAX IV Laboratory | SE | The ICT Enabling Program development at MAX IV Laboratory |
84 | Johansson | Ulf | MAX IV Laboratory | SE | The Imaging Endstation at the NanoMAX Beamline |
85 | Sala | Simone | RISE Research Institutes of Sweden | SE | Synchrotron nano-XRD looks inside drug carriers |
86 | Lundgren Gawell | Josefin | SciLifeLab KTH | SE | InfraLife |
87 | Potrzebowski | Wojtek | SciLifeLab Lund | SE | Structural Biology Theme at SciLifeLab Lund: Harmonizing Data from large scale infrastructure for breakthrough insights |
88 | Guo | Yefei | Shanghai University | CN | Electronic structure of CuCrP2S6 and graphene/CuCrP2S6 |
89 | Ahsan | Safiya | Stockholm University | SE | Nanoscale domain fluctuations in functional materials from X-ray Photon Correlation Spectroscopy |
90 | Andronis | Iason | Stockholm University | SE | Accessing non-classical crystallisation pathways of ferritin solutions using ultrasonic levitation |
91 | Davies | Bernadette | Stockholm University | SE | Insight into carbon monoxide reduction on Cu(111) from in-situ electrochemical X-ray photoelectron spectroscopy |
92 | Salari | Hirad | Stockholm University | SE | Probing the hydrogen evolution reaction on transition metal alloy catalyst with operando X-ray absorption and emission spectroscopy |
93 | Yin | Keqing | Stockholm University | SE | Structural and spectroscopic characterization of the Mn/Fe metalloprotein CADD |
94 | Ludäscher | Julian Marius | Stockholm University DBB | SE | Crystallographic fragment screening |
95 | Sjöstedt | Carin | Swedish University of Agricultural Sciences | SE | Cu, Zn, and Pb binding mechanisms to biochar amended soil |
96 | Tinus | Tuomas | Tampere University | FI | Low-density Ag–Au Nanoparticle Photodeposition on TiO2 Thin Film Photocatalysts Grown by ALD |
97 | Palsaniya | Shatrudhan | Umeå University | SE | Soft biomaterials mediums for proton devices |
98 | Jegy | Jeenu | Umeå University | SE | Much Science |
99 | Huang | Zhiyu | University of Copenhagen | DK | Serial Synchrotron X-ray Crystallography studies of Lytic Polysaccharide Monooxygenase |
100 | Liu | Zimeng | University of Copenhagen | DK | Systematic investigation of HIS protonation states in high resolution X-ray crystallography structures in the PDB |
101 | Pärna | Rainer | University of Tartu | EE | Development of new research capabilities for FinEstBeAMS through MAX-TEENUS project |
102 | Kirm | Marco | University of Tartu | EE | Twinning Project Exanst – Joint European Contribution Advancing Materials Science in Cooperation of University of Tartu, MAX IV LAB, FZ JÜLICH and IMPERIAL COLLEGE |
103 | Martin | Natalia | Uppsala University | SE | Studies of thin film solar cells materials at MAX IV |
104 | Sandell | Anders | Uppsala University | SE | X-ray fluorescence microscopy studies of innate immune cells carrying CSF1R mutation |
105 | Svensson | Pamela | Uppsala University | SE | Breaking the I-DNA backbone via iodine photoactivation |
106 | Ullmann | Philip | Uppsala University | SE | Shortcuts in drug development. How to efficently explore the chemical space |
107 | D’Amario | Luca | Uppsala Unversity / Sectris AB | SE | Achieving time resolution for operando Hard/soft XAS |
Tuesday 14 January
Quantum materials
Room: Knowledge
Main organiser: Balusubramanian Thiagarajan
Time: | Talk: |
08:30 | New insights into Quantum materials from ARPES – Oscar Tjernberg |
09:05 | Spin- and Orbital Hedgehogs in Chiral Topological Semimetals – Niels B. M. Schröter |
09:35 | Altermagnetism in focus – Oliver Amin |
10:00 | ☕ Coffee break |
10:15 | Exploiting X-ray and neutron scattering synergies to reveal magnetic structure and dynamics in spin caloritronics – Dan Mannix |
10:45 | Controlled formation of topological spin textures in Heusler magnetic nanowires – Rikako Yamamoto |
11:05 | Probing 4f ferromagnetic Terbium with helicity dependent RIXS – Nele Thielemann-Kühn |
11:25 | Localized Bi trimers and self-limiting film growth: Bi-incorporation into InSb(111) surfaces – Rohit Yadav |
11:45 | Photoinduced strain waves drive Insulator-to-Metal transition in Mott material at sound velocites – Julio-Cesar Guzman-Brambila |
Low Density Matter (LDM)
Room: Beginning
Main organiser: Noelle Walsh
Time: | Talk: |
13:15 | Plenary: Tender X-ray spectroscopy of diluted samples – Marc Simon |
14:00 | Mapping molecular potential energy surfaces from vibrationally resolved RIXS – Alexander Föhlisch Potsdam University (DE) and Helmholtz-Zentrum Berlin (DE) |
14:20 | Observation of resonant Auger driven intermolecular Coulombic decay in liquid phase – Dana Bloss University of Kassel (DE) |
14:40 | Intermolecular radiative decay in solvated ions: probing the solvation shell from within – Olle Björneholm Uppsala University (SE) |
15:00 | ☕ Coffee break |
15:30 | Enhancing Aerosolized Soot Research with In-Flight X-ray Photoelectron Spectroscopy – Thi Kim Cuong Le Lund University (SE) |
15:50 | ESCA revisited: Decoding Selectivity with Core-Hole Localization and Its Impact on Auger−Meitner Decay – Stacey Sorensen Lund University (SE) |
16:10 | Atoms and Molecules under the ICE Reaction Microscope – Laura Sommerlad Wolfgang Goethe University (DE) |
16:30 | Coincidence spectroscopy on halogenated nitroimidazole cancer radiosensitizers – Marta Berholts Uppsala University (SE) |
16:50 | Purification of gold with sustainable reagents, a mighty shock – Mark Foreman Chalmers University of Technology (SE) |
17:05 | A new Rayleigh liquid jet for hard X-ray spectroscopy at the Balder beamline – Victoria Kabanova Uppsala University (SE) |
In-Situ & Operando
Room: Theatre
Main organiser: Ann Terry and Justus Just
Time: | Talk: |
08:30 | Keynote: Towards sustainable Na-ion batteries – Dorthe Ravnsbæk Aarhus University (DK) |
09:15 | Investigating the dynamics of freeze-drying using Synchrotron X-ray microtomography – Shuai Bai Lund University (SE) |
09:35 | Studying hydrothermal formation of RuO2 and IrO2 solid solutions – Andreas Bertelsen Aarhus University (DK) |
09:55 | Platinum–Tin Surface Alloys during CO Oxidation and O2 Exposure – Lindsay Merte Malmö University (SE) |
10:15 | ☕ Coffee break |
10:45 | Keynote: Using small angle scattering to understand dipeptide-based materials – Dave Adams University of Glasgow (UK) |
11:30 | Operando X-ray tomography for next generation batteries – Elin Dufvenius Esping Chalmers University of Technology (SE) |
11:50 | Magnetic Field-Induced Alignment of Cellulose Nanocrystals: In Situ Synchrotron Insights – Viney Ghai Chalmers University of Technology (SE) |
12:10 | 🥪 Lunch |
13:15 | Perspective: Operando Catalysis at the Stanford Synchrotron Radiation Lightsource: Recent Highlights, Collaborative Access and Future Developments – Simon Bare, SLAC National Accelerator Laboratory and University of California, Davis (US) |
14:00 | A passive film on gold – Andrea Grespi Lund University (SE) |
14:20 | Unraveling Copper Migration Within Zeolites via Multimodal Operando XAS and (A)XRD – Johannes Wieser ETH Zürich (CH) |
14:40 | Insight into carbon monoxide reduction on Cu(111) from in-situ electrochemical X-ray photoelectron spectroscopy – Bernadette Davies Stockholm University (SE) |
14:55 | Electrochemical Oxidation of Platinum and its Hindering Effect on the Oxygen Reduction Reaction – Alfred Larsson Leiden University (NL) |
15:10 | ☕ Coffee break |
15:40 | Studying electrocatalysts in operation with high-energy X-rays – Rebecca Pitkowski University of Copenhagen (DK) |
16:00 | Mo-based catalysts for biofuel production – Sara Blomberg Lund University (SE) |
16:20 | On the importance of the subsurface – Ulrike Küst Lund University (SE) |
16:40 | X-ray Multi Projection Imaging for Multiphase Flows – Tomas Rosén KTH Kungliga Tekniska Högskolan (SE) |
17:00 | Closing remarks |
Drug Discovery & Formulation
Room: Discussion
Main organiser: Tobias Krojer
Time: | Talk: |
09:00 | Keynote: Structure-based hit discovery for protein and RNA targets for antibiotics – Ruth Brenk University of Bergen (NO) |
09:45 | Drug research and discovery in academia: Fragment screening-based inhibitor design in a multi-collaborative environment – Julian Ludäscher Stockholm University (SE) |
10:05 | Shortcuts in drug development: How to efficently explore the chemical space – Philip Ullman Uppsala University (SE) |
10:25 | ☕ Coffee break |
10:50 | NextBioForm – a cross-disciplinary collaboration for advancement of x-rays and biological formulations – Anna Fureby Lund University (SE) |
11:20 | Investigating the swelling behavior of Soybean Phosphatidylcholine and Glycerol Dioleate mixtures – Jenni Engstedt Malmö University (SE) |
11:40 | Probing protein stability with X-ray scattering: reversibility of denaturation in liquid and solid states – Vitaly Kocherbitov Malmö University (SE) |
Life Science collaboration
between MAX IV, SciLifeLab and ESS
Room: Knowledge
Main organiser: Claire Lyons & Marc Obiols
Time: | Talk: |
13:00 | Overview of the InfraLife project, introduction to SciLifeLab & ESS and panel discussion on the importance of collaborations – Magnus Larsson & Marc Obiols (MAX IV) – Josefin Lundgren Gawell, Sandra Falck & Annika Jenmalm Jensen (SciLifeLab) – Hanna Wacklin-Knecht & Esko Oksanen (ESS) |
14:20 | ☕ Coffee break |
15:00 | Integrated Structural Biology in Sweden, a collaborative and scientific example – Tobias Krojer (MAX IV) – Josefin Lundgren Gawell, Cecilia Persson & Flavio Ballante (SciLifeLab) – Esko Oksanen (ESS) |
16:00 | Spatial Imaging Methods, a collaborative scientific example with MAX IV and SciLifeLab – Marc Obiols & Bryan Falcones (MAX IV) – Oxana Klementieva (LU) – Charlotte Stadler (SciLifeLab) |
16:45 | Summary and future of the collaboration – Marc Obiols (MAX IV) & Josefin Lundgren Gawell (SciLifeLab & InfraLife) |
Environment & Climate
Room: Brainstorm/Science
Main organiser: Kajsa Sigfridsson Clauss and Karina Thånell
Time: | Talk: |
08:30 | Welcome & introduction – Kajsa Sigfridsson Clauss MAX IV (SE) |
08:45 | Climate-relevant sea spray aerosol and how synchrotron experiments can help to reveal their secrets – Paul Zieger Stockholm University (SE) |
09:35 | Studying particle and aqueous surfaces of atmospheric relevance at MAX IV – Jack Lin University of Oulo (SE) |
10:00 | TBA |
10:15 | ☕ Coffee break |
10:45 | LINXS Environment & Climate theme – Helena Filipsson Lund University (SE) |
11:05 | Radiation-induced chemistry in minerals – implications for nuclear waste disposal – Michael Holmboe Umeå University (SE) |
11:30 | Cu, Zn, and Pb binding mechanisms to biochar amended soil – Carin Sjöstedt Swedish University of Agricultural Sciences (SE) |
11:45 | CheMic – Towards a world-class beamline for chemical micoscopy at MAX IV – Nils Skoglund Umeå University (SE) |
12:10 | 🥪 Lunch |
13:15 | Exploring ocean biogeochemistry and links to climate change using X-rays – Satish Myneni Princeton (US) |
14:05 | STXM characterization of fungal CaCO3 biominerals: Implication for self-healing Concrete – Marius Tuyishime MAX IV / Lund University (SE) |
14:30 | IR microscopy capability at MAX IV today – Hartmut Stadler Bruker (DE) |
14:55 | MIRARI – future IR microscopy Beamline – Karina Thånell MAX IV (SE) |
15:00 | ☕ Coffee break |
15:30 | Microscopic traces of large meteorite impacts – Spatially resolved microdeformation features in naturally and experimentally shocked quartz with synchrotron X-ray diffraction – Sanna Alwmark Lund University (SE) |
15:55 | Investigating thin water films penetrating hydrophobic leaf surfaces to engineer efficient foliar fertilizers using µCT – Emil Visby Kristensen Technical University of Denmark (DK) |
16:20 | Revealing the Dissolution Process of Nanoparticles in Plants by Correlated SAXS and Tomography Imaging – Chenpeng Wu Technical University of Denmark (DK) |
16:45 | Tackling environmental challenges, strategy & discussion – Moderated by Kajsa Sigfridsson Clauss |
BANQUET
Room: Dining room
19:00 – Banquet! 😋
For everyone with the additional banquet registration, dining will take place at Scandic Hotel
Wednesday 15 January – Morning sessions
Poster Prize and presentations
Room: TBA
Time: | Talk: |
09:00 | Poster Prize |
09:20 | Sponsor talk: Tetra Pak |
ID | Last name | First name | Affiliation | Country | Poster Title |
---|---|---|---|---|---|
25 | Ahmadyarrazlighi | Yashar | Lund University | SE | Design and Optimization of a Bragg Beam Magnifier for the DanMAX Beamline |
89 | Ahsan | Safiya | Stockholm University | SE | Nanoscale domain fluctuations in functional materials from X-ray Photon Correlation Spectroscopy |
12 | Algazzar | Almoataz | Luleå University of Technology | SE | Synchrotron-Assisted Exploration of Polymer Wear and Structure |
90 | Andronis | Iason | Stockholm University | SE | Accessing non-classical crystallisation pathways of ferritin solutions using ultrasonic levitation |
47 | Arantes Moya | Pedro Henrique | Malmö University | SE | Imaging of Strain Field around Intragranular Precipitates in Ni-Based Superalloys |
26 | Bergman | Fanny | Lund University | SE | Metals in ashes from waste incineration |
27 | Chen | Huaiyu | Lund University | SE | 2D & 3D strain imaging of heterostructured nanowires |
91 | Davies | Bernadette | Stockholm University | SE | Insight into carbon monoxide reduction on Cu(111) from in-situ electrochemical X-ray photoelectron spectroscopy |
48 | Engstedt | Jenni | Malmö University | SE | Investigating the swelling behavior of Soybean Phosphatidylcholine and Glycerol Dioleate mixtures.v |
28 | Ganji | Sahel | Lund University | SE | Multiscale Characterization of Paperboard via scanning-SWAXS and Tomography |
49 | Ghosh | Debarati | Malmö University | SE | PRISMAS-Structure and dynamics of solid-sate formulations of biologics |
29 | Gorjatšova | Evelina | Lund University | SE | Chemical Speciation of Zn using XAS: a Key for Safe Secondary Use of Materials |
30 | Grespi | Andrea | Lund University | SE | The passive film on gold |
88 | Guo | Yefei | Shanghai University | CN | Electronic structure of CuCrP2S6 and graphene/CuCrP2S6 |
31 | Gurav | Nitisha | Lund University | SE | Exploring bacterial enzyme, urocanate reductase |
32 | Hallböök | Filip | Lund University | SE | Operando Characterization of MoO3 during Hydrodeoxygenation of Anisole |
99 | Huang | Zhiyu | University of Copenhagen | DK | Serial Synchrotron X-ray Crystallography studies of Lytic Polysaccharide Monooxygenase |
1 | Jalaludeen | Mohamed Faizal Ussama | Aalborg University | DK | Probing indentation induced deformation in oxide glasses by in situ nanodiffraction |
98 | Jegy | Jeenu | Umeå University | SE | Much Science |
33 | John | Jefry | Lund University | SE | Studying soot formation process using in-flight X-ray absorption spectroscopy |
9 | Kadakkotteeri | Shahna Mysin | Karlstad University | SE | Soft X ray spectroscopic studies on molecular semiconductors for durable organic photovoltaics |
50 | Kofoed | Philip Miguel | Malmö University | SE | Using diffraction anomalous fine stucture (DAFS) to study surface metal oxides |
34 | Küst | Ulrike | Lund University | SE | How to understand catalyst deactivation |
11 | Larsson | Alfred | Leiden University | NL | Electrochemical Oxidation of Platinum and its Hindering Effect on the Oxygen Reduction Reaction |
100 | Liu | Zimeng | University of Copenhagen | DK | Systematic investigation of HIS protonation states in high resolution X-ray crystallography structures in the PDB |
94 | Ludäscher | Julian Marius | Stockholm University DBB | SE | Crystallographic fragment screening |
51 | Morales Rodríguez | Andrea | Malmö University | SE | Model Oxide Supercapacitors based on Nickel |
35 | Parayil Kalappurackal | Hariprasad | Lund University | SE | PXPS setup for the in situ and operando investigation of atomic layer deposition. |
36 | Patel | Nishant | Lund University | SE | Insitu observations of Ruthenium oxide: An XPS study |
6 | Ramos | Lucas | Federal University of Mato Grosso | BR | Atmospheric Aerosols from Amazon: Advanced Characterization Through in-situ Measurements and Synchrotron-based Techniques |
37 | Rogalinski | Julia | Lund University | SE | New opportunities for time-resolved imaging using diffraction-limited storage rings |
92 | Salari | Hirad | Stockholm University | SE | Probing the hydrogen evolution reaction on transition metal alloy catalyst with operando X-ray absorption and emission spectroscopy |
38 | Sjö | Hanna | Lund University | SE | Spatially Resolved Surface X-Ray Diffraction on Polycrystalline Surfaces |
105 | Svensson | Pamela | Uppsala University | SE | Breaking the I-DNA backbone via iodine photoactivation |
39 | Tallarini | Lorenzo | Lund University | SE | Probing Ultrafast Structural Dynamics in Perovskite Mesocrystals |
52 | Tambe | Indrajeet | Malmö University | SE | In-situ loading of syntactic foams with large field of view: Strain uncertainties due to volume stitching |
40 | Taylor | Sam | Lund University | SE | In situ AP-XPS of Plasma Catalysis for Ammonia synthesis |
41 | Ti Yun | Auden | Lund University | SE | In-situ AP-XPS electro-oxidation of Au (111) |
96 | Tinus | Tuomas | Tampere University | FI | Low-density Ag–Au Nanoparticle Photodeposition on TiO2 Thin Film Photocatalysts Grown by ALD |
106 | Ullmann | Philip | Uppsala University | SE | Shortcuts in drug development. How to efficently explore the chemical space |
42 | Yadav | Rohit | Lund University | SE | Atomic Bismuth: Inducing Rashba Splitting on InSb Surfaces |
43 | Yang | Runqing | Lund University | SE | Exploring Information Limits in Multi-Beam Ptychography |
93 | Yin | Keqing | Stockholm University | SE | Structural and spectroscopic characterization of the Mn/Fe metalloprotein CADD |
44 | Zareen | Shah | Lund University | SE | Comparing CO oxidation on single – and poly crystaline Pd surafces: A time-resolved APXPS study |
MAX4U
Room: Theatre
Main organiser: Aymeric Robert
Time: | Talk: |
09:30 | How to continue developing MAX IV’s leadership in X-ray science – Aymeric Robert MAX IV (SE) |
09:50 | Progress with the MAX 4U Accelerator Conceptual Design – Pedro Fernandes Tavares MAX IV (SE) |
10:15 | ☕ Coffee break |
10:45 | Capturing structural dynamics in soft matter with X-ray Photon Correlation Spectroscopy – Foivos Perakis Stockholm University (SE) |
11:05 | The machine to revolutionize X-ray imaging – Pablo Villanueva Perez Lund University (SE) |
11:25 | Opportunities for imaging at the nanoscale – Maik Kahnt MAX IV (SE) |
11:45 | User Meeting 2025: Conclusions – Olof Karis MAX IV (SE) |