CoCalc for Journals and Texts

CoCalc unifies the communities of science, engineering and mathematics by creating an environment where contributors can combine their collective research/teaching efforts and adjust computational resources on demand.

Our collaboration with publishers like Cambridge University Press empowers researchers to create and share reproducible results, revolutionizing how academics interact with scientific journals and texts.

CoCalc currently hosts the Journal of Fluid Mechanics (JFM) and An Introduction to Python Programming for Scientists and Engineers as well as a number of other computational oriented works through our partnership with CUP.


Straightforward Access

With the click of a button, access the script and data sets you would like to use/modify for your own research purposes via Jupyter Notebooks on CoCalc’s ShareServer.

This promotes immediate engagement and boosts scientific integrity by validating or building on original findings. CoCalc is becoming a hotbed for innovation, sparking fresh ideas from different scripts and data, and fostering research breakthroughs.

By providing easy access to results, publishers promote knowledge sharing across research domains.

In other words, welcome to a world where research is collaborative, innovative, and almost effortless.



Long Gone Are The Days of Struggling

The ability to manipulate scripts in real-time on CoCalc’s ShareServer has replaced traditional time-series plotting, enabling researchers to extract valuable insights from publications without starting from scratch.

This real-time script modification feature implicates notable benefits in the continually growing domains of machine learning, artificial intelligence, and data-driven decision-making.

These enhancements, widely applicable across academia, industry, and government sectors, accelerate the process of scientific exploration and discovery.

Check out an example of interactive plots and 3-D visualizations for the Journal of Fluid Mechanics.


CoCalc’s LaTeX editor is quintessential for researchers preparing scientific publications. Not only does it act as a proficient LaTeX editing suite, it also allows you to run code right within your LaTeX document. This is particularly useful for real-time data analysis and visualizations within your paper.

LaTeX Editor

Integration with AI

Furthermore, the integration of advanced technologies like OpenAI’s GPT4 provides an intelligent assistant helping in brainstorming, creating structured templates, or correcting LaTeX syntax directly without pulling your hair out. This paves the way for a more constructive and efficient writing experience.

Open AI Integration

Jupyter Book Integration

The elegance of creating textbooks via Jupyter Notebooks in CoCalc presents an innovative frontier in academic writing.

Our platform seamlessly integrates open-source programming languages, allowing for code execution and interpretation directly within the notebooks.

Triple backticks right before and after your code block specify the programming language, be it Python, Julia, or R.

Moreover, CoCalc’s custom Jupyter Notebook Interface also offer a rich text editor reminiscent of Microsoft Word, providing the ease-of-use to non-programmers.

However, professionals in the mathematical and computational sciences can leverage LaTeX or Markdown for sophisticated typesetting and mathematical representations.

This interwoven setup of code, rich text, and mathematical script enhances readability, ensuring that problems, ideas, and solutions can be conveyed comprehensively in a single document.

Jupyter Notebooks

Jupyter Notebooks on CoCalc offer an exemplary approach to data analysis and content publishing by facilitating real-time, interactive, and easily reproducible research workflow.

This powerful design is advantageous for publishers, by allowing readers to interact directly with the published data, enhancing their understanding and engagement.

For authors, it affords an excellent platform to demonstrate the practical application of their theories, hypotheses, or models directly within their work, while providing validation of results in a transparent setting.

Editors also benefit from the feature, as it guarantees the reproduction of data used by authors, making the editorial and review process more streamlined.

Potential concerns about the complexity or technical skills required for this platform should not be a deterrent, as CoCalc provides robust support and learning resources for all users.

If anyone is interested in leveraging Jupyter Notebooks on CoCalc for their publications, or exploring its potential applications, we encourage you to reach out to us directly.

Contact: [email protected]

Easy to Manage, Organize, and Collaborate with Fellow Authors.

CoCalc’s underlying Linux file sharing system significantly simplifies the task of managing and organizing the content necessary for publications. It provides a structured and efficient environment, which is pivotal for handling complex projects and large datasets. But beyond that, it fosters seamless collaboration between authors, editors, and even readers, thanks to its integrated features like Chat, Task Lists, and even a Computational Whiteboard.

Users can communicate, plan, and visualize information on the platform itself, making the process of creating, reviewing, and revising content easier, and more organic. To ensure that the integrity of a project is always maintained, CoCalc has robust version control systems via Git and TimeTravel. This enables users to revert changes, track alterations, and prevent loss of data, thereby ensuring a relaxing, and stress-free work experience.



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