Maroon

Paid WebWindows

What Maroon is

Maroon is an immersive physics laboratory for interactive learning, simulations, and experiments. Learners can move to a station and teleport into a room with its associated material, simulation, or experiment. Its activities are designed for active learning, with students involved in the learning process. Examples include Coulomb’s Law, Faraday’s Law, a pendulum, optics, titration, and sorting algorithms. Maroon supports experiment authoring and covers multiple subjects. The lab can run in a web browser, and a downloadable version is offered for Windows PCs. A separate downloadable version is available for virtual reality. Maroon is developed with Unity software at Graz University of Technology. It is an open source project hosted on GitHub, where people can contribute, report issues, and submit pull requests. Students are invited to help create functionality, VR experiences, learning experiences, and physics experiments. The project is free, with web and Windows listed as platforms. Its browser and Windows options provide ways to use the lab, while the VR download offers another format for immersive learning.

Who it suits

Maroon suits students and educators looking for interactive simulations and experiments across subjects. It also fits students who want to contribute functionality, VR experiences, or learning activities to an open source project.

What it does well

Free and open source.
Runs in a browser and has a Windows download.
Offers a downloadable virtual reality version.
Includes experiments spanning physics, optics, chemistry, and algorithms.
Students can contribute learning experiences and functionality.

What to know first

The listed platforms are web and Windows.
Its learning content is presented through simulations and experiments.

Getting started

Visit https://maroon.tugraz.at/.
Open Maroon in a web browser, or download the Windows PC version.
Download the virtual reality version if you want to use that format.
Approach a station and teleport to its room to access the learning content, simulation, or experiment.

Verdict

Choose Maroon if interactive experiments, browser access, or an open source learning project suit your needs. Students can also contribute experiments and other learning experiences. Its listed platforms are web and Windows, with a separate VR download available.

Questions

Is Maroon free?

Yes. Maroon is free and open source.

Which platforms does Maroon support?

The listed platforms are web and Windows. The site also offers a downloadable virtual reality version.

What experiments does Maroon include?

Listed experiments include Coulomb’s Law, Faraday’s Law, a pendulum, optics, titration, and sorting algorithms.

Can students contribute to Maroon?

Yes. The project invites contributions, issue reports, and pull requests, including student contributions to functionality and learning experiences.

Where is Maroon developed?

Maroon is developed using Unity software at Graz University of Technology in Graz, Austria.

Is Maroon open source?

Yes. It is an open source project hosted on GitHub.

Facts from Maroon's own pages

Access: Maroon can be run in a browser or downloaded for Windows and virtual reality. · maroon.tugraz.at, 9 Oct 2026
Adaptable optics: In the optics experiment, users can change parameters and see real-time visual feedback while exploring reflection, refraction, lenses, and fiber optics. · maroon.tugraz.at, 9 Oct 2026
Browser access: The site says Maroon can run in a browser. · maroon.tugraz.at, 4 Oct 2026
Checksums: The site publishes SHA-256 checksums for the Windows PC and VR download archives. · maroon.tugraz.at, 9 Oct 2026
Experiments: Listed experiments include Coulomb’s Law, Faraday’s Law, a pendulum, optics, titration and sorting algorithms. · maroon.tugraz.at, 4 Oct 2026
Headquarters: Graz, Austria · maroon.tugraz.at, 28 Sept 2026
How it works: Users approach a station and teleport to a room containing its learning content, simulation, or experiment. · maroon.tugraz.at, 9 Oct 2026
Integrations: The site describes flexible integration of interactive learning experiences but does not name third-party integrations. · maroon.tugraz.at, 9 Oct 2026
Intended users: The site invites students to contribute functionality, VR experiences and learning experiences, including physics experiments. · maroon.tugraz.at, 4 Oct 2026
Learning approach: The simulations are designed for active learning and involve students in the learning process. · maroon.tugraz.at, 9 Oct 2026
Open source: Maroon is an open source project hosted on GitHub, and the site invites users to contribute ideas, report issues, or create pull requests. · maroon.tugraz.at, 9 Oct 2026
Other subjects: The site also lists titration and sorting experiments. · maroon.tugraz.at, 9 Oct 2026
Physics experiments: Listed physics experiments include Coulomb's Law, Falling Coil, Faraday's Law, Huygens' Principle, Point Wave, Pendulum, Van de Graaff, and Optics. · maroon.tugraz.at, 9 Oct 2026
Product: Maroon is an immersive physics laboratory for interactive learning experiences, simulations and experiments. · maroon.tugraz.at, 4 Oct 2026
Purpose: Maroon is an immersive physics laboratory for interactive learning experiences. · maroon.tugraz.at, 9 Oct 2026
Support: The site directs people interested in contributing or pursuing a thesis topic to contact Johanna Pirker by email. · maroon.tugraz.at, 9 Oct 2026
Technology: The lab is developed using Unity software at Graz University of Technology. · maroon.tugraz.at, 9 Oct 2026
Virtual reality: The site offers a downloadable version for virtual reality. · maroon.tugraz.at, 4 Oct 2026
Windows download: The site offers a downloadable Windows PC version. · maroon.tugraz.at, 4 Oct 2026

Where Maroon stands on Freedom251

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