🖥️ Quantum Dot Display Lab

Engineer nanoscale crystals that emit perfect colors

🎯 Choose Your Learning Mode

🤔 What Is This?

Quantum dots are tiny semiconductor nanocrystals, just 2-10 nanometers in diameter. Their extraordinary property: size determines color. Smaller dots emit blue light, larger ones emit red, with every color in between. This size-dependent emission arises from quantum confinement — when electrons are trapped in a space smaller than their natural wavelength, energy levels become discrete and tunable.

Why does this matter? QD displays (QLED, QD-OLED) produce the widest color gamuts in consumer electronics, exceeding 100% DCI-P3. By precisely controlling dot diameter during synthesis, manufacturers create displays with ultra-pure red, green, and blue sub-pixels — each with emission peaks as narrow as 25nm FWHM, far sharper than any phosphor or organic emitter.

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QLED/QD-OLED TV
Ultra-wide color gamut displays exceeding 100% DCI-P3
🎨
Color Conversion
Size-tunable pure-color photoluminescence
☀️
Solar Cells
Multi-junction QD photovoltaics
🔬
Bioimaging
Fluorescent cell tracking labels
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LED Lighting
High-CRI pure-spectrum LEDs
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Micro-LED
Next-gen AR/VR pixel emitters

🚀 Quick Start

⚙️ QD Parameters

📋 Event Log

QD Display Lab ready. Adjust parameters and press Start...
Emission λ: 500 nm
Color:
FWHM: 28 nm
Quantum Yield: 85%
CRI: 95
Luminance: 1200 cd/m²