📓 A full-featured electronic lab notebook theme (with plugins!) for Jekyll

Indigo ELN - Open Source Chemistry Electronic Lab Notebook

This the main repository for RSpace: rspace-web. Check https://github.com/rspace-os/rspace-web/blob/main/DevDocs/DeveloperNotes/GettingStarted/GettingStarted.md for setup instructions.

There are tons of electronic lab notebook out there, but only few of them are actually usable. It usually takes months for a scientist to decide which ELN is the right software to go.

Integrating LLMs with ELNs to transform materials science research at KIT, enhancing data management and accelerating scientific innovation.

An electronic lab notebook (ELN software) designed to facilitate the secure and efficient organization, storage, search, and sharing of scientific data and research notes.

Chat with your electronic lab notebooks

A branded scientific data management system for your project or lab.

A Flexible Electronic Lab Notebook in Obsidian

The local-first workspace for research labs. Experiments, lab notes, methods, and calendar, all on your own disk.

Python components of the laboratory information system LabInform

An electronic lab notebook (ELN software) designed to facilitate the secure and efficient organization, storage, search, and sharing of scientific data and research notes.

Model Context Protocol (MCP) server for eLabFTW — search and edit your electronic lab notebook from Claude, Cursor, and other AI clients.

IGB-FUCHS is an Electronic Lab Notebook with a focus on fieldwork, developed at IGB Berlin.

Model Context Protocol (MCP) server for Chemotion — search and edit your electronic lab notebook from Claude, Cursor, and other AI clients.

Project Electronic Book: A Command-Line Interface (CLI)-based Electronic Notebook / Binder

Local-first desktop app for searchable experiment records, linked lab files, and CSV waveform previews.

Hierarchical data management tool

Collection of tools for calculations in life science labs.

Detailed records of various experiments conducted including studying the VI characteristics of PN junction and Zener diodes, verifying Kirchhoff’s laws for DC circuits, and analyzing the functioning of half-wave and full-wave rectifiers.