🎩 Welcome to the Invisibility Lab!

In just 3 minutes, you'll bend light around objects and create your first invisibility cloak! No physics degree needed - just curiosity about how Harry Potter's cloak could work in real life!

Ready to become invisible?



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🔮 Metamaterial Cloaking Lab

Bend light and create invisibility! Design metamaterial cloaks that guide electromagnetic waves around objects. Control negative refractive index materials and understand the real physics behind invisibility. From Harry Potter magic to military stealth - it's all here!

🎯 Choose Your Learning Mode

🤔 What Is Metamaterial Cloaking?

Think of bending light around an object like water flowing around a rock in a stream — metamaterials are engineered structures that guide electromagnetic waves around objects, making them effectively invisible. They achieve optical properties impossible in any natural material.

Why does this matter? Duke University demonstrated the first microwave invisibility cloak in 2006. Metamaterials have negative refractive indices impossible in nature. In this simulator, design metamaterial lattices, adjust unit cell geometry, and watch electromagnetic waves bend around cloaked objects.

🌟 Real-World Applications

✈️
Stealth Technology
Military aircraft invisible to radar
🔬
Super-Resolution
See nanoscale objects clearly
📡
5G/6G Networks
Enhanced signal coverage
🏥
Medical Imaging
Clearer MRI scans
🌊
Earthquake Shield
Redirect seismic waves
🔊
Sound Cloaking
Create zones of silence

Quick Actions

🎮 Wave Control

Frequency 10 GHz
Wave Angle

🔮 Cloak Type

Wavelength
3.0 cm
Scattering
2%
Cloaking
98%
Bandwidth
2 GHz