Curvenote and MyST websites create structured data, which can be rendered by any number of "theme servers", which are in charge of turning that structured data into a reading experience.
Webinar - Learn how to write your next paper, report or even your thesis in MyST Markdown to create PDFs and interactive web articles.
The MyST command-line tools can now parse and render LaTeX documents, we explore some of the process behind creating this feature.
Create BibTex files for your Curvenote project using Paperpile. This guide shows two ways to easily connect Paperpile to Curvenote to make reference management easy.
A Curvenote webinar taking attendees through publishing and updating research websites directly from the Curvenote visual editor
We are presenting a walkthrough of Curvenote’s publishing capabilities at RSECon 2022, in Newcastle.
Easily share scientific content and Jupyter Notebooks online, all you need to start is GitHub or GitLab repository and you can be up and running in 60 seconds.
You can now interface with Curvenote through the command line using our new CLI. Eaily export your content, work locally with MyST Markdown, or export to any PDF, Word or LaTeX template.
Export your Curvenote articles to MyST Markdown to locally edit the content. MyST Markdown is a new specification of Markdown that allows you to write professional documents, books and websites.
Using the Curvenote CLI to create an open research website with a local Markdown based authoring experience.
Enhancing FAIR Data Workflows through use of PIDs in Curvenote and beyond.
A presentation on the challenges with today’s tools for research communication & collaboration, and present a vision for the future.
Lightning talks at the Transform22 event, (1) deploying a scientific website in 4.5 minutes; and (2) things learned at FORCE11.
In this tutorial we go over how to turn your Jupyter Notebooks into a scientific paper.
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.
One of the biggest frustrations in using what you see is what you get (WYSIWYG) editors when coming from knowing Markdown is how they deal with inline code.
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
Reflections on distinct modes of collaboration in science including gathering feedback, asynchronous co-authoring and review, and real-time simultaneous editing.
Writing up research for submission to a particular conference, journal, or preprint service is a major task. Exporting to a PDF should be easy!
Introducing a lightweight templating engine, jtex, that provides a simple command line interface (CLI).
Exporting to Microsoft Word is now a single click in Curvenote!
The Curvenote brand embodies aspects of reuse, modularity and the connections behind ideas through building blocks that provide structure and can also be pulled apart, rearranged and used in unique ways.
Introducing Curvenote Pro, which includes additional private projects, advanced publishing, and export to any professional template.
Curvenote was chosen to participate in a science & technology innovation program called Creative Destruction Lab.
Curvenote was selected as one of 8 Canadian companies with over 16,000 global applications to participate in YCombinator W21, which is the premier startup accelerator in Silicon Valley.
Curvenote is a Gold Sponsor of the upcoming the FORCE11 2021 conference.
Our notes from the FORCE11’s 2021 Annual Conference with over 1,300 participants.
A webinar using Curvenote for scientific writing and integration with Jupyter notebooks.
An interview with Dr. Lindsey Heagy, an assistant professor in Earth Data Science and researcher at the University of British Columbia. Lindsey is also a Science Advisor for Curvenote.
Using Curvenote’s Jupyter extension and editing tools to keep track of research notes and progress.
Learn how the SimPEG team uses Curvenote for their weekly meetings, embedding interactive figures and references to notebook code and outputs.
Improve reproducible research by linking together your articles and your Jupyter Notebooks. You can make it easy for others to view, edit, and use your data and research - whether that’s across disciplines, industries or just within your own department.
How to integrate open source and reproducibility practices into presenting educational materials.
Open science is fundamentally changing how scientists and researchers approach scholarly communication and collaboration, from publishing preprints and interactive research results.
Research techniques have evolved, but our tools for communicating and collaborating have not. Curvenote aims to unify scientific research, education, & publishing, by providing a platform where scientific ideas can be developed and published in an interactive and accessible way.
At JupyterCon 2020 we introduce Curvenote, allowing you to sync content between Jupyter Notebooks and a web-based, collaborative document editor.
Lightning talk at Transform 2020, on how we reuse ideas and move them forward together.