Reciprocal space has long been a conceptual cornerstone of diffraction analysis—powerful yet elusive to visualize in real time. The RHEED Simulator bridges this gap, offering a dynamic, interactive tool that transforms abstract diffraction patterns into intuitive, high-resolution reconstructions. Developed with precision for MBE growth, crystallographic research, and STEM education, this simulator provides live, distortion-free reciprocal lattice mapping, enabling scientists, engineers, and students to explore diffraction with unprecedented clarity. Whether refining thin film deposition, studying material surfaces, or deepening crystallographic intuition, the RHEED Simulator is your window into reciprocal space.

Check out the User Manual and Installation Guide.

Unlock the power of real-time diffraction analysis with the RHEED Simulator, a precision-built tool designed to visualize reciprocal space dynamically. Whether you’re optimizing MBE growth, refining thin film deposition, or exploring crystallographic structures, this simulator offers intuitive, high-resolution reconstructions, bringing complex diffraction patterns to life.

Key Features:

• 🔍 Live Reciprocal Space Mapping – Real-time visualization of diffraction patterns, eliminating distortions and enhancing interpretation.
• 📐 Intuitive Crystallographic Integration – Seamlessly correlate diffraction patterns with planar geometry for deeper material insights.
• 🚀 Designed for MBE & STEM – Originally developed for the MBE Academy, but invaluable across materials science, physics, and engineering.
• 🎓 Educational & Research Ready – Ideal for training, experimentation, and industry applications, making reciprocal space accessible to all disciplines.

This is more than a tool—it’s an interactive learning experience that transforms how we engage with diffraction