- What are some objects that can get fogged up?
- What causes glare?
- Why does fog form on a mirror?
- How is the surface of a lotus leaf different from that of a mirror?
- What is silica? How are Rubner and his team of researchers using it?
- What is a nanosponge?
- What are some problems with Rubner’s special coating?
- What is XeroCoat?
- Why does Rubner’s coating work for both glare and fog?
- What does a materials scientist do? See www.crc4mse.org/ (The Minerals,
Metals & Materials Society).
- Why do scientists sometimes turn to nature for help in solving problems?
- Name three products that could benefit from Rubner’s coating research.
- In what ways is Rubner’s new coating like the surface of a lotus leaf ? In
what ways does it differ from a lotus leaf surface? For information about lotus
leaves, see www.iop.org/news/910 (Institute of Physics) or www.fy.chalmers.se/projects/biocompatiblematerials/
project_survey/exploratory/lotus/index.xml (Swedish Foundation for Strategic Research).
- Where in the world would an antiglare coating be especially important or
- Where in the world would an anti-fog coating be especially important or
- Write a commercial for television promoting Rubner’s new anti-fog coating.
- When scientists or engineers invent something that might have commercial
value, they have to patent it. How does a researcher go about doing this? What
do applications for patents look like? What kind of information does the
researcher need to provide? See www.uspto.gov/go/kids/
and www.uspto.gov/web/offices/pac/doc/general/index.html (U.S.
Patent and Trademark Office)
Three friends have a container that holds 24 ounces of water. They have three empty jars, one that could hold 5 ounces, another that could hold 11 ounces, and a third that could hold 13 ounces. Using the available containers, how could the three friends divide up the water so that each one gets the same amount?