NASA research propels development of new glass.

In summary, a new glass has been developed with the help of NASA's levitator facility, making it suitable for various commercial uses including lasers and optical communications. This glass has been patented and is currently being produced by Containerless Research Inc. in Evanston, Illinois. It has unique structural properties and advantages compared to traditional glasses, such as its use in making glass rods and plates for lasers.
  • #1
SpaceGuy
20
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New Glass.

There's a new glass in town. The glass, developed with the help of a unique NASA levitator facility, is available for numerous commercial applications including lasers and optical communications.
"We have patented a family of new glasses and have established processes for making and using them in practical applications," said Dr. Richard (Rick) Weber, director of the Glass Products Division of Containerless Research Inc., the small company that invented and produces the glass in Evanston, Ill. "We're already making commercial quantities of glass rods and plates for use in lasers," he said.
 
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  • #2
how is this glass any different from nomral glass. Is there any advantage to it at all?how is it structurally different?
 

1. How does NASA research impact the development of new glass?

NASA research has contributed to the development of new glass through the discovery of new materials and processes. The agency's extensive research in space has led to the development of specialized glass that can withstand extreme temperatures, radiation, and other harsh environments.

2. What type of glass has NASA helped develop?

NASA has helped develop a variety of glass types, including advanced glasses for use in spacecraft, specialized glasses for solar panels, and high-performance glasses for use in telescopes and other scientific instruments. The agency's research has also led to the creation of new glass materials that are stronger and more durable than traditional glass.

3. How does NASA's use of glass differ from other industries?

NASA's use of glass differs from other industries in that the agency requires extremely high-quality glass that can withstand extreme conditions in space. NASA also places a strong emphasis on developing lightweight and durable glass for use in spacecraft and other equipment, whereas other industries may prioritize other properties such as cost or aesthetics.

4. What are some examples of technologies that have been developed with NASA's help?

Some examples of technologies that have been developed with NASA's help include scratch-resistant glass coatings, specialized glass for use in solar sails and solar panels, and advanced glass for use in telescopes and other scientific instruments. NASA's research has also led to the development of new processes for creating glass, such as the use of lasers to create stronger and more precise glass components.

5. How does NASA's research on glass impact everyday life?

NASA's research on glass has had a significant impact on everyday life through the development of new and improved glass products. For example, NASA's research has led to the creation of stronger and more durable glass for use in smartphones, tablets, and other electronic devices. The agency's work has also contributed to advancements in the automotive industry, with the development of shatter-resistant and heat-resistant glass for use in vehicles.

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