Plasma Bulbs Glow Extra Bright
Bamboo Magazine — April 7, 2008 — Eco
Inventors in Silicon Valley have unveiled a light the size of a pill which has the luminary power of a streetlamp. Engineers at Luxim Labs filled the bulb with argon gas, which turns to plasma when electricity is focused through it. The resulting light is insanely bright, and twice as efficient as the current efficiency king, the LED.
Implications - No street will ever be left in the dark if these plasma bulbs make it out to a mass audience. Who would have ever guessed that something so tiny could produce so much bright light? With a spectrum similar to the sun, even nighttime will feel like it's as bright as day.
Implications - No street will ever be left in the dark if these plasma bulbs make it out to a mass audience. Who would have ever guessed that something so tiny could produce so much bright light? With a spectrum similar to the sun, even nighttime will feel like it's as bright as day.
Trend Themes
1. Plasma Lighting - The invention of pill-sized plasma bulbs can potentially disrupt traditional lighting technologies and enable cost-efficient, compact, and bright lighting solutions.
2. Miniaturization of Technology - The pill-sized design of the plasma bulb represents a potential trend towards miniaturization in technology, which could lead to smaller, more portable and efficient devices.
3. Efficient Lighting - The plasma bulb's superior efficiency compared to LEDs represents an opportunity to improve energy consumption in industries and applications that rely on lighting.
Industry Implications
1. Lighting - The lighting industry, particularly outdoor and street lighting, can benefit from plasma bulbs' efficiency and bright light while reducing costs and energy consumption.
2. Consumer Electronics - The potential miniaturization trend facilitated by pill-sized plasma bulbs can offer new opportunities for consumer electronics manufacturers to produce smaller, more efficient devices.
3. Energy - The efficient lighting provided by plasma bulbs can be utilized by the energy industry to reduce energy consumption, costs, and carbon footprint from lighting applications.
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