Cross‑border data collaboration is essential for unlocking the full value of major research infrastructures. The final HALRIC conference highlighted how coordinated expertise from QIM and CIPA/InfraVis boosts scientific impact and why long‑term, interoperable data support must be a shared priority.
InfraVis contributed to the Ocean Science Meeting in Glasgow, where Helena Filipsson and colleagues presented work on artificial cod reefs, VR‑based marine outreach, and high‑resolution scans of foraminifera from museum samples. Their presentations highlighted how InfraVis supports marine research through advanced visualization, automated analysis, and immersive communication tools.
Welcome to this half day workshop 11 March that will cover the Python tools you need to visualize your research. Register here.
Human-Timeline is an interactive React and PlotlyJS application that visualizes the coevolution of human culture , diverse life species and environmental factors across vast timescales. Inspired by SIMILE’s TimePlot and TimeLine patterns, it combines stacked timelines with dual-axis plots so users can see discrete events, continuous measurements, and contextual periods in one place.
Welcome to this workshop in NodeGoat offered by InfraVis and CDHU 19 March 2026. NodeGoat is a web-based instrument designed for visualizing data from the social sciences and humanities across space and time. It enables users to map, connect, and analyze data, as well as to share research results in an interactive way.
Planning to apply for support for a research project? You can now easily express your interest for InfraVis in your grant application by simply selecting us from the dropdown menu for national infrastructures in the Swedish Research Council (Vetenskapsrådet) application form.
Brain surgery requires extreme precision, which makes realistic training essential. This project was created to improve practice conditions for a procedure where a catheter is inserted into the brain’s ventricles to relieve fluid buildup. The training setup uses a 3D‑printed skull and a Jello‑based artificial brain that mimics real tissue. InfraVis contributed by redesigning and producing key 3D‑printed components, developing scaffolds to hold the brain model securely, and creating lightweight motion‑capture attachments for tracking skull and catheter movements. InfraVis also supported the design of a replaceable membrane that simulates the moment of puncturing ventricle tissue, enabling more accurate and repeatable training.
Our upcoming InfraVis Days will be held at Linnaeus University, campus Växjö 21-23 April 2026. We are so excited to spend a few days together in seminars, talks and fruitful coffee breaks!
Welcome to the Sport and Outdoors Sustainable Accessibility Map – an innovative tool designed to explore, help understand and improve sustainable accessibility to sports and outdoor activities throughout Sweden.
InfraVis presented two posters at the 37th MAX IV User Meeting in January 2026.
