Building a thriving scientific community: Jupyter as a process, not a product
Authors/Creators
Description
Presentation given at JupyterCon 2025.
Abstract:
What does a thriving scientific community look like? To truly thrive, scientific communities must have tools that enable them to access and analyze their varied datasets in one place; platforms that facilitate collaboration across disciplines and expertise levels; and the social structures necessary to connect data, tools, and people into a cohesive, interoperable research fabric. Here, we share insights from the CryoCloud JupyterHub community and broader cross-agency collaborations to illustrate the current state of JupyterHub adoption in a highly dynamic scientific domain. Drawing from user surveys, behavioral patterns, and case studies, we show how researchers integrate the cloud into their workflows, and where they are succeeding or struggling. We also distill core design and community principles, and operational challenges in building sustainable research environments. Finally, we identify ongoing gaps and propose a vision for an ideal, boundaryless scientific community, one where scientific tools and Jupyter infrastructure are not isolated products, but flexible, interoperable processes shaped by ongoing collaboration between tool developers, scientists, and cloud engineers.
Files
Files
(35.6 MB)
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Additional details
Funding
- National Aeronautics and Space Administration
- Accelerating discoveries for NASA cryosphere communities with open-cloud infrastructure 80NSSC23K0002
- National Aeronautics and Space Administration
- Accelerating ICESat-2 science with collaborative cloud-computing 80NSSC22K1877
- National Aeronautics and Space Administration
- From CryoCloud to StratusGeo: expanding community-centric cloud-based science to NASA geoscience communities 80NSSC25K7940
Dates
- Created
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2025-11-04