Interactive tools for visualizing and calculating everything from Miller indices to diffraction patterns. No memorization, just hands-on learning.
Start ExploringMaterials science doesn't have to be abstract or intimidating. We built learnmatsci to make complex concepts accessible using clear visuals, interactive tools, and straightforward explanations.
Whether you're a student trying to understand crystal structures, an educator looking for better teaching tools, or just curious about how materials work, this platform lets you see and interact with the atomic world that shapes everything around us.
From unit cells and Miller indices to phase diagrams and diffraction patterns, we're building tools that let you learn by doing instead of just reading.
Interactive tools to visualize, calculate, and explore materials science concepts.
Visualize unit cells in three dimensions with adjustable lattice parameters. Supports all seven crystal systems and lets you display Miller indices planes and directions.
Launch ToolInteractive 3D models of seven fundamental crystal structures including spinel, perovskite, fluorite, and diamond. View space groups, lattice parameters, and coordination environments.
Launch ToolCalculate interplanar spacing for any crystal system and Miller indices. Includes Bragg's Law calculator for determining diffraction angles at different wavelengths.
Launch ToolGenerate XRD patterns from crystal structures. Calculate peak positions, intensities, and 2θ angles for powder diffraction analysis.
Launch ToolJump into 3D crystal structures, run some calculations, and see how everything fits together.
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