The Lumus Ring Uses Laser Luminance Technology to Glow in the Dark
Malika Renee Butss — February 11, 2016 — Fashion
References: kickstarter & geeky-gadgets
Lumus Ring is a unique line of titanium and carbon rings that has recently hit Kickstarter. These unusual pieces of jewelry use advanced technology to illuminate in the dark.
Thanks to laser luminance technology, these titanium and carbon fiber rings light up once the lights dim. Following NASA's MoonGlow technology, the tech used in these rings has been dubbed one of the greatest glow-in-the-dark solutions available. The creators of this ring worked closely with a NASA chemical engineer to produce the illuminating accessories while using the most advanced machinery in the world.
Available in blue, green, orange, purple and red styles, these rings are fashionable and quite revolutionary in the world of tech.
Thanks to laser luminance technology, these titanium and carbon fiber rings light up once the lights dim. Following NASA's MoonGlow technology, the tech used in these rings has been dubbed one of the greatest glow-in-the-dark solutions available. The creators of this ring worked closely with a NASA chemical engineer to produce the illuminating accessories while using the most advanced machinery in the world.
Available in blue, green, orange, purple and red styles, these rings are fashionable and quite revolutionary in the world of tech.
Trend Themes
1. Laser Luminance Technology - The use of laser luminance technology in jewelry opens up opportunities for creating other glow-in-the-dark accessories.
2. Moonglow Technology - The adoption of NASA's MoonGlow technology in consumer products paves the way for innovative glow-in-the-dark applications in various industries.
3. Advanced Machinery - The collaboration between jewelry makers and advanced machinery opens up possibilities for creating high-tech accessories with unique features.
Industry Implications
1. Jewelry Manufacturing - The integration of laser luminance technology in jewelry manufacturing can disrupt the industry by offering illuminated jewelry that stands out.
2. Consumer Electronics - The utilization of MoonGlow technology in consumer electronics can lead to the development of innovative glow-in-the-dark gadgets and devices.
3. Chemical Engineering - The collaboration between NASA chemical engineers and accessory designers can drive disruptive innovation in the field of chemical engineering, particularly in the creation of luminous materials.
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