Save / load workspace

Save your lab results on this server for 48 hours. Use the token to continue on another device. Anyone who knows the token can open your workspace.

Save workspace

A name is required when you first save and is then permanently bound to this workspace. Task values, entries and progress are saved together.

Load workspace

New workspace

Start with empty results and a name of your choice. Previously saved tokens remain valid until they expire. Unsaved changes in this tab will be discarded.

Saving also transfers any included measurement files and analysis videos to this server. Running simulations are saved as a set of results and displayed in a paused state when loaded.

DIY Physics Laboratory

Back to overview

Measure motion yourself with your smartphone and analyse it with AI support — mobile mini-labs based on the AIRIS learning model: think for yourself first, then steer the AI as a calculating and explaining tool and check its answers critically.

Elevator journey · Motion analysis with AI support

In development

Record and analyse an elevator journey with phyphox: first predict the t–a, t–v and t–s curves, then use AI for integration and plots, interpret the physics yourself and document the results in a report.

To e-learning

Free fall · Acceleration of gravity with your smartphone

In development

Determine the acceleration of gravity g from a falling movement using your smartphone. Interactive module in preparation - the experiment instructions is already available for download.

To e-learning

String pendulum · Acceleration due to gravity from the period of oscillation

In development

Determine the gravitational acceleration g from the oscillation period of a string pendulum, measured with a smartphone. Interactive module in preparation - the experiment instructions is already available for download.

To e-learning

Centripetal acceleration · Circular movement with the smartphone

In development

Measure the centripetal acceleration of a circular movement with your smartphone and compare it with the model a = ω²·r. Interactive module in preparation - the experiment instructions is already available for download.

To e-learning