Virtual Laboratory

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What Virtual Laboratory is

Virtual Laboratory is a free, open-source educational project for interactive science experiments and simulations. Its 15 activities cover chemistry, physical chemistry, life sciences, and lab safety, including spectrophotometry, DNA microarray, copper-in-brass analysis, ELISA assays, gas laws, thermodynamics, and immunology. Lab Studio lets educators author chemistry process maps and run them in a student-facing virtual lab simulator. The activities guide learners through procedures as preparation for real laboratory work. The creator says the experiments are used with his students in classroom settings, and the project aims to reach students worldwide, including communities without well-equipped physical laboratories. Experiments run in modern web browsers and are built with HTML, CSS, and JavaScript; the homepage says nothing needs to be installed. The project can also be self-hosted by cloning its repository and serving the files. Its MIT License permits educational use, modification, and distribution of the code. The project lists four languages: English, Azerbaijani, Turkish, and German. Planned additions include lesson plans, teaching guides, assessment and progress tracking, more experiments, expanded language support, and community contributions.

Who it suits

It suits students and educators seeking browser-based science activities, including classrooms with limited access to physical lab equipment. Educators can use Lab Studio to create chemistry process maps for a student-facing simulator.

What it does well

Offers 15 experiments and simulations across several subjects
Lab Studio supports chemistry process-map authoring
Runs in modern browsers without installation
MIT-licensed code can be modified and self-hosted

What to know first

Lesson plans and teaching guides are listed as planned
Assessment and progress tracking are listed as planned
Additional experiments and expanded language support are planned

Limits

The listed collection contains 15 experiments and simulations. The project identifies additional experiments, lesson plans, teaching guides, assessment and progress tracking, expanded language support, and community contributions as planned enhancements.

Getting started

Open https://virtuallab.az/ in a modern web browser
Choose an experiment or simulation from the collection
Use the guided procedural steps for pre-lab practice
Clone the repository if you want to self-host it
Serve the HTML, CSS, and JavaScript folder on a web server

Verdict

Virtual Laboratory combines browser-based science activities with tools for authoring chemistry process maps. Some teaching and tracking features are planned rather than listed as available, so check whether the current collection covers your needs.

Questions

Is Virtual Laboratory free?

Yes. It has a free plan, and no free trial is offered because the project is free.

Which platforms does it support?

Experiments run on the web in modern browsers. The project can also be self-hosted on a web server.

Is Virtual Laboratory open source?

Yes. It is released under the MIT License, allowing educational use, modification, and distribution of the code.

What subjects are covered?

The collection spans chemistry, physical chemistry, life sciences, and laboratory safety, with 15 listed experiments and simulations.

Who created it?

Dr. Emil Jivishov is identified as the creator and lead developer.

Facts from Virtual Laboratory's own pages

Browser access: Experiments are built with HTML, CSS, and JavaScript and are compatible with modern web browsers. · virtuallab.az, 7 Oct 2026
Browser compatibility: Experiments are built with HTML, CSS, and JavaScript and are compatible with any modern web browser. · virtuallab.az, 7 Oct 2026
Classroom use: The creator says the experiments are actively used in real classroom environments with his students. · virtuallab.az, 7 Oct 2026
Collection: The site lists 15 experiments and simulations across chemistry, physical chemistry, life sciences, and lab safety. · virtuallab.az, 7 Oct 2026
Experiment collection: The homepage lists 15 experiments and simulations, including spectrophotometry, DNA microarray, lab safety, gas laws, and thermodynamics. · virtuallab.az, 7 Oct 2026
Founded: 2025 · virtuallab.az, 28 Sept 2026
Installation: The homepage says there is nothing to install. · virtuallab.az, 7 Oct 2026
Integrations: The maker's pages opened describe browser-based experiments but do not state integrations with other products. · virtuallab.az, 7 Oct 2026
Intended users: The project aims to serve students worldwide, including communities without well-equipped physical laboratories. · virtuallab.az, 7 Oct 2026
Interactive experiments: The collection includes spectrophotometry, DNA microarray, copper-in-brass analysis, and ELISA assay activities. · virtuallab.az, 7 Oct 2026
Lab Studio: Lab Studio lets users author chemistry process maps and run those definitions in a student-facing virtual lab simulator. · virtuallab.az, 7 Oct 2026
Languages: The homepage reports four languages; the project README lists English, Azerbaijani, Turkish, and German. · github.com, 7 Oct 2026
License: The project is released under the MIT License, and its code is freely available for educational use, modification, and distribution. · virtuallab.az, 7 Oct 2026
Maker: Dr. Emil Jivishov is identified as the project's creator and lead developer. · virtuallab.az, 7 Oct 2026
Open-source license: The project is released under the MIT License and its code is freely available for educational use, modification, and distribution. · virtuallab.az, 7 Oct 2026
Planned features: Lesson plans, teaching guides, assessment and progress tracking, additional experiments, expanded language support, and community contributions are listed as planned enhancements. · virtuallab.az, 7 Oct 2026
Pre-lab practice: Simulations guide users through procedural steps to prepare for real laboratory work. · virtuallab.az, 7 Oct 2026
Purpose: Virtual Laboratory is an open-source educational project for interactive science simulations and virtual lab experiments. · virtuallab.az, 7 Oct 2026
Self-hosting: The project says users can clone the repository and host the plain HTML, CSS, and JavaScript folder on any web server. · virtuallab.az, 7 Oct 2026
Simulations: The collection includes nuclear chemistry, lab safety, gas laws, stoichiometry, thermodynamics, solubility, pharmacogenomics, immunology, acid-base, and lattice energy simulations. · virtuallab.az, 7 Oct 2026
Support: Feedback, suggestions, and collaboration inquiries can be sent to Dr. Jivishov through LinkedIn. · virtuallab.az, 7 Oct 2026

Where Virtual Laboratory stands on Freedom251

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