The Autus Lumos blog
Notes on printed light.
The science, manufacturing and real-world impact of electroluminescence, explained simply, with something to play with in every article.
Science · 3 min read
What is electroluminescence? The science of cold light
Light without heat, without a bulb, from a layer thinner than paper. Here’s how it actually works.
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Science · 3 min read
Inside an EL panel: a printed stack seventy microns thin
Take a STYELIGHTS™ panel apart, layer by layer, and see what each one does.
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Manufacturing · 3 min read
From screen to glow: how EL panels are manufactured
A step-by-step walk through our production floor, where light is printed rather than assembled.
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Science · 3 min read
EL vs LED vs OLED: choosing the right light
Three technologies, three strengths. An honest comparison, including where EL is not the answer.
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Science · 3 min read
Cold light: why EL doesn’t get hot
Touch a glowing EL panel and it feels like… nothing. Here’s why that matters so much.
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Industries · 3 min read
Light that moves with you: EL in automobiles
From instrument clusters to glowing panoramic roofs, here’s how EL is shaping the cabin of the future.
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Industries · 3 min read
Wear light: EL in fashion and textiles
Embroidered, woven and stitched: how ultra-fine EL thread is changing what fabric can do.
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Industries · 3 min read
Seen when it matters: EL for safety and signage
Why a soft, even glow can beat a bright point of light in fog, smoke and darkness.
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Industries · 3 min read
Built for the dark: EL in defense and advanced technology
Low heat, low power and a low profile. Here’s why EL has a long history in aircraft and military lighting.
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Sustainability · 3 min read
Powering a more sustainable world through electroluminescence
Less power, less heat, less material. Why printed light belongs in a greener future.
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