Planetary & Earth Systems

Earth and Space Models

Render astronomical orbital trajectories and deep-crust tectonic dynamics in real time. Students manipulate planetary mass ratios, mantle convection currents, and atmospheric thermal gradients directly in-browser.

Curriculum Tracks

Core Earth Systems

Each simulation runs without installation or plugins, presenting measurable physical parameters alongside real-time cross-sectional data readouts.

Geophysics
Meteorology
Lithology

Plate Boundary Dynamics

Atmospheric Convection

Geological Rock Cycle

Simulate continental collision, oceanic subduction, and transform fault friction. Adjust lithospheric density to observe real-time magma generation, trench formation, and earthquake hypocenter depths.

Examine Coriolis deflection across Hadley, Ferrel, and polar cells. Alter sea surface temperatures to monitor tropical cyclone formation and global thermal energy redistribution.

Track mineral transitions across sedimentary compaction, metamorphic recrystallization, and igneous melting under variable crustal pressure and thermal gradient curves.

Empirical Accuracy

Calibrated to Observational Records

100%

in-browser WebGL calculation

0.1 km

crustal seismic grid resolution

4.6 Gyr

planetary epoch time scaling

Inquiry Sequences for Earth Systems

Download ready-to-print student investigation worksheets, variable-control rubrics, and direct NGSS standard alignments for secondary science classrooms.