Experience free flight within diverse crystal environments. Navigate your journey by simply tilting your iPhone or iPad to control direction.
Crystal Flight by Jeff Weeks





10+ similar apps compared and reviewed
Whether you want more options like Loughborough Wave Lab or a completely different take on the same concept, our curated list of 10+ similar apps has you covered. Updated for 2026 with the latest ratings and comparisons.





Experience free flight within diverse crystal environments. Navigate your journey by simply tilting your iPhone or iPad to control direction.








This app numerically solves the one-dimensional Schrรถdinger equation for non-relativistic particles in user-defined potential fields. It provides energy levels, wave-functions, and animations of wave-packet evolution. Ideal for physics students and educators to visualize quantum mechanics concepts.


Explore the quantum world with interactive 3D models of atoms and molecules in augmented reality. Visualize atomic and molecular orbitals, and sketch organic compounds to instantly generate their nomenclature.


Design and simulate optical systems with this powerful tool. Explore 2D and 3D models, perform advanced ray tracing, and analyze optical performance. Ideal for learning or professional design.


Explore the hidden world of particles with a real-time simulator. Model up to 10,000 particles and experiment with natural phenomena like crystallization and orbital mechanics. Customize interactions and visualize results dynamically.


Discover and explore intricate fractal patterns from the Julia and Mandlebrot sets. Customize their appearance with different color palettes and save your favorite creations as device backgrounds.


This powerful graphing calculator visualizes complex mathematical functions in 2D and 3D. Explore Cartesian, cylindrical, and spherical coordinates with animated graphs and detailed tables of points. It offers features like derivatives, integrals, and intersections for comprehensive mathematical analysis.


Explore the visualization of complex Fourier series through interactive epicycles. Create and analyze approximations of parametric curves and complex functions. Save animations and export custom terms for later use.

