Future of Research Communication & Collaboration
Ideas from FORCE11 & tools from Curvenote
April 20, 2022
Scientific communication today is designed around print documents and paywalled access to content. Over the last decade, the open-science movement has accelerated the use of pre-print services and data archives that are vastly improving the accessibility of scientific content. However, these systems are not designed for communicating modern scientific outputs, which encompasses much more than a “paper-centric model of the scholarly literature”.
In this presentation, we will give a background on challenges with today’s tools for research communication & collaboration, and present a vision for the future that follows the FORCE11 recommendations Bourne et al., 2012. Specifically: (1) rethink the unit and form of scholarly publication; (2) develop tools and technologies to better support the scholarly lifecycle; and (3) add data, software, and workflows as first-class research objects.
We will discuss these recommendations in the context of (a) the ExecutableBooks community and new markup languages for scientific communication; (b) a collaborative writing tool called Curvenote that integrates with Jupyter Notebooks, and (c) new publishing tools that support networked scientific communication throughout the scholarly lifecycle.
“We see a future in which scientific information and scholarly communication more generally become part of a global, universal and explicit network of knowledge; where every claim, hypothesis, argument—every significant element of the discourse—can be explicitly represented, along with supporting data, software, workflows, multimedia, external commentary, and information about provenance.”
“This vision moves away from the paper-centric model of the scholarly literature, towards a more distributed network-centric model” that “vastly improves knowledge transfer and [has a] far wider impact.”
Bourne et al., 2012
Rowan completed his PhD in Geophysics at the University of British Columbia, Canada, in 2017. His PhD laid out a framework for geophysical inversions (SimPEG!) and applied it to large-scale, vadose-zone groundwater flow. Currently, Rowan works at Curvenote, a company that sits at the intersection of scientific collaboration, publishing, and technology and provides tools for writing and collaborating on technical documents. Rowan founded Curvenote in 2020, with the mission to help get scientific communication out of PDFs and onto the web — the way we communicate scientific knowledge should evolve past the status quo of print-based publishing and all the limitations of paper. He is a core team member of the ExecutableBooks community, which supports MyST Markdown and JupyterBook.
- Bourne, P. E., Clark, T. W., Dale, R., Waard, A., Herman, I., Hovy, E. H., & Shotton, D. (2012). Improving The Future of Research Communications and e-Scholarship (Dagstuhl Perspectives Workshop 11331). Dagstuhl Manifestos, 1(1), 41–60. 10.4230/DagMan.1.1.41
Other resources from Curvenote tagged presentationopen-science
We are presenting a walkthrough of Curvenote’s publishing capabilities at RSECon 2022, in Newcastle.
Enhancing FAIR Data Workflows through use of PIDs in Curvenote and beyond.
Lightning talks at the Transform22 event, (1) deploying a scientific website in 4.5 minutes; and (2) things learned at FORCE11.
Our goal with Curvenote is to introduce tools that can lower the barrier to linking, tracking, and enable the possibility to collaboratively act on improvements.
How does open-science allow us to reimagine how we stand on the shoulders of giants?
Version control in Curvenote works across a scientists' content, code and results making it easy to track, reuse and collaborate around their work