πŸ”¬ 2D Material Explorer

Discover atomically-thin crystals and stack van der Waals heterostructures

πŸ€” What Are 2D Materials?

2D materials are crystals just one or a few atoms thick. Graphene, isolated in 2004 (Nobel Prize 2010), was the first. Now hundreds exist: semiconducting MoSβ‚‚ for transistors, insulating hBN as the perfect substrate, black phosphorus with a tunable band gap, and many more with properties impossible in their bulk form.

Why stack them? By layering different 2D materials like atomic LEGO bricks, you create van der Waals heterostructures with designer properties. Twist two graphene layers to the "magic angle" (1.1Β°) and it becomes a superconductor. The possibilities are limitless.

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Flexible Electronics
Foldable displays and wearable circuits
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Ultrafast Transistors
MoSβ‚‚ channels below 1nm gate length
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Solar Energy
Atomically-thin photovoltaic absorbers
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Supercapacitors
Graphene-based energy storage devices
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Biosensors
Single-molecule detection sensitivity
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Thermal Management
Graphene heat spreaders for chips

πŸš€ Quick Start

βš™οΈ Material & Structure

πŸ“‹ Event Log

Explorer ready. Select a material and press Start...
Band Gap: 0.00 eV
Carrier Mobility: 200k cmΒ²/VΒ·s
Layer Thickness: 0.34 nm
Conductivity Type: Semimetal
Young's Modulus: 1000 GPa
Optical Absorption: 2.3%
Band Structure