Let It Glow, Let It Glow, Let It Glow: Unbreakable Bulbs Guide Santa Home

Article ID: 596759

Released: 4-Dec-2012 12:00 AM EST

Source Newsroom: Wake Forest University

  • Credit: Wake Forest University

    Holiday lights may soon take any shape or color. Rendering uses new FIPEL lighting technology developed by researchers at Wake Forest University.

  • Credit: Ken Bennett / Wake Forest University

    Researchers in Wake Forest University's Center for Nanotechnology and Molecular Materials have developed a new kind of light from plastic that won't flicker or shatter. Pictured are Greg Smith, graduate student (black shirt) and David Carroll, Professor of Physics.

Newswise — Decking your home with holiday lights soon won’t include the hassle of burnt-out bulbs or broken strands.

Scientists at Wake Forest University have made a new kind of light from moldable plastic, which can glow in any color, won’t shatter – and won’t leave you with the problem of searching for the one bad bulb on a strand of dozens.

“These lights are nearly indestructible and last an incredibly long time,” said David Carroll, Director of the Center for Nanotechnology and Molecular Materials at Wake Forest where the new lighting technology was developed. “I’ve had one going in the lab for 11 years. Plus, you could puncture just one bulb, and the whole strand would still light up your tree.”

Unlike traditional incandescent light bulbs that use filaments and gases to create light, Carroll’s lights are made of three layers of molded plastic that basically glow when turned on.

They aren’t hollow, so they can’t shatter and create a hazard on your floor. They also are at least twice as efficient as the new compact fluorescent bulbs – so your holiday display ends up being a little more affordable and environmentally responsible.

That’s good news, considering that Americans spent about $6 billion last year on Christmas lights and decorations, according to the National Retail Federation.

The technical term for this new product is field-induced polymer electroluminescent device, or FIPEL. Wake Forest has licensed its patents to a company that plans to offer FIPEL lights for commercial use in 2013, with additional uses to follow.

More information about the technology is available on Wake Forest's website.

About Wake Forest UniversityWake Forest University combines the best traditions of a small liberal arts college with the resources of a large research university. Founded in 1834, the school is located in Winston-Salem, N.C. The University’s graduate school of arts and sciences, divinity school, and nationally ranked schools of law, medicine and business enrich our intellectual environment. Learn more about Wake Forest University at www.wfu.edu.


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