Synthetic Sweden – Exploring applications and limitations of synthetic demographic data
The goal of this project was to introduce synthetic demographic data to a public audience through an extension of the existing “Sweden-in-Numbers” installation.
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InfraVis Days in Gothenburg
A big thank you to our wonderful hosts at the Gothenburg node who made the bi-annual internal event InfraVis Days very fruitful and pleasant. Workshops, presentations, immersive dome experiences, new angles on knowledge, and of course, a chance for all of us to meet in person.
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InfraVis call 2025 is now closed for applications
InfraVis Call For Visualization Support is open throughout October 2025.
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GenomeLens
The aim of the project is to produce the novel interactive tool “GenomeLens”, that uses genome sequencing data to visualize genetic variation along chromosomes within and between populations.
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InfraVis annual Report for 2024
It’s the time of the year: InfraVis annual report for 2024 is now available for download.
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Visualization of incommensurately modulated structures on example of allotropes of bromine at high pressures
This project developed a specialized 3D visualization tool to explore how halogen crystal structures transform under extreme pressure, particularly focusing on incommensurately modulated structures that emerge during molecular dissociation. By enabling interactive visualization of complex atomic configurations and transitions, the tool helps researchers interpret structural phase changes that are otherwise difficult to analyze using conventional crystallographic methods.
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Introduction to Python and Using Python in an HPC environment
Time: 24-25 & 28-29 April, 9-17 each day.
, 2025; Location: ONLINE Zoom -
Workshop: Introduction to NodeGoat
Time: April 3, 2025; Location: Uppsala University
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Interview: How can interdisciplinary collaboration drive research excellence?
Our colleague Ingela Nyström, Professor of Visualization at Uppsala University, was interviewed in UppTalk, Uppsala University’s popular science seminar series on Zoom.
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Constructing a virtual Synchrotron X-ray beamline
Researchers from InfraVis and MAX IV are developing virtual environments from CAD drawings for education, training, and virtual experiments. Using Blender and Unreal Engine 5, the team optimizes complex geometries for immersive visualization of beamlines like ForMAX at MAX IV. Future work focuses on topology optimization for seamless VR experiences.
