Ai-Enabled Photonics

🔬✨ Exploring Interference: Michelson Interferometer Simulation Now Live! ✨🔬

I'm pleased to share an interactive Michelson Interferometer simulation I’ve been developing — designed to visualize the core physics of optical interference, fringe shifts, and wave-based measurements.

This web-based tool offers:
✅ Real-time fringe pattern updates
✅ Adjustable wavelength
✅ Mirror displacement (Δd) with live fringe count
✅ Refractive index control to simulate different media
✅ Switch between monochromatic and white light
✅ Exportable data for further analysis
✅ Intuitive UI — perfect for teaching, labs, or self-learning!

🔗 Link to simulation:https://sites.google.com/view/nexsolve/nexsole-academy/ai-enabled-photonics

💡 This project also opens doors for advanced AI applications — from fringe recognition using CNNs to GAN-generated pattern prediction — demonstrating how classical physics can intersect meaningfully with machine learning.

Whether you're a physics educator, optics researcher, or student, I hope this tool inspires deeper insights into the wave nature of light and the elegance of interferometry.

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