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2. Holiday lighting technology - Wikipedia

   en.wikipedia.org/wiki/Holiday_lighting_technology

   While the idea was first demonstrated by Benjamin Franklin, the idea was adapted for use in Christmas lights. They were invented by Carl Otis in 1935, who sold the patents to the NOMA Electric Corporation. There is a long story involving patent fights. [5] Bubble lights can still be purchased online and in stores to this day.

3. Here Are the Most Dazzling Christmas Light Displays Across ...

   www.aol.com/most-dazzling-christmas-light...

   Branson, Missouri. Long regarded as offering one of the best Christmas light displays in the nation, Branson's 1880's-style theme park Silver Dollar City will be decked out in a whopping 6.5 ...

4. Google Pixel 9 Pro Fold review: The best phone for ...

   www.aol.com/google-pixel-9-pro-fold-143500514.html

   The new handset also has bigger screens than before, going from a 7.6-inch internal display and a 5.8-inch cover screen to an 8-inch internal display and a 6.3-inch cover screen.

5. Glow switch starter - Wikipedia

   en.wikipedia.org/wiki/Glow_switch_starter

   Various types of glow starter. A glow switch starter or glowbottle starter is a type of preheat starter used with a fluorescent lamp. It is commonly filled with neon gas or argon gas and typically contains a bimetallic strip and a stationary electrode. The operating principle is simple, when current is applied, the gas inside ionizes and heats ...

6. Pixelbook - Wikipedia

   en.wikipedia.org/wiki/Pixelbook

   A review by The Verge said "Just like the iPad Pro, the Pixelbook is an incredibly nice and powerful machine that can handle most of your computing tasks — but probably not all of them." [19] A review in The Guardian said "the king of Chromebooks is pricey but first rate." [20]

7. Digital light processing - Wikipedia

   en.wikipedia.org/wiki/Digital_Light_Processing

   Light from the lamp enters a reverse-fisheye, passes through the spinning color wheel, crosses underneath the main lens, reflects off a front-surfaced mirror, and is spread onto the DMD (red arrows). From there, light either enters the lens (yellow) or is reflected off the top cover down into a light-sink (blue arrows) to absorb unneeded light.