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  2005 NSF Research Experience for Teachers (RET) Program

 

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Recommended Videos

Powers of Ten (Eaves, 1989)
This video takes the viewer on an adventure that starts with a picknicing couple sleeping along the lakeside in Chicago.  The view "backs away" from the couple one order of magnitude every 10 seconds until our own local cluster of galaxies is but a speck among others.  The journey reverses back toward the couple, continuing on into a proton of a carbon atom within the DNA of a white blood cell in the sleeping man. (17 minutes)

The Elegant Universe (NOVA, 2003)
This PBS special consists of three one-hour segments based on Brian Greene's book of the same title.  In this series, Greene describes the fundamental forces of nature and phycists struggle to unite these into one "Theory of Everything."  This video also provides some historical information regarding the discoveries of the fundamental forces, and includes such topics as superstrings and hidden dimensions.  

 

Recommended Books

Transmission Electron Microscopy (Carter, 1996)

How Things Work: The Physics of Everyday Life (Bloomfield, 1997)

Facts and Mysteries in Elementary Particle Physics (Veltman, 2003)
This book provides an overview of modern particle physics that is very readable even for the non-scientist.  In this book, Veltman gives an explanation of quantum mechanics and relativity that prepares the reader for understanding the laws that govern particle physics.

The Charm of Strange Quarks (Barnett, Muehry, Quinn, 2000)

The Elegant Universe (Brian Greene, 2000)

 

Links

  • http://particleadventure.org/particleadventure/
    The Particle Data Group out of Lawrence Berkeley National Laboratory created this interactive tour of fundamental particles, including quarks, neutrinos, antimatter and particle accelerators.  This has very easy to access menus which makes it a great resource for presentations.
  • http://www.howstuffworks.com/telescopes.htm
    This great website explains, in simple terms, how a telescope works.  It includes interactive graphics which can be adjusted to show the path of light through different telescopes.
  • http://www.noao.edu/
    This is the website for the National Optical Astronomy Observatory.  There are great pictures and information about the astronomy facilities with in the United States.
  • http://invsee.asu.edu?Invess/invess.htm
    This website was created by a group of university and industry scientists and can allow users to see and remotely operate an electron microscope over the web. It also contains modules which can explain how things at the atomic and subatomic scale interact.
  • http://www.strangematterexhibit.com/index.html
    This is a very fun website which lets students virtually play with matter.  In the "zoom" section, students can see images from the observational level to the atomic level.  The other sections allow students to "crush" and "transform" matter as well.
  • http://www.charfac.umn.edu/
    This is the website for the Characterization Facilities at the University of Minnesota.  These lab facilities house some of the SEM and TEM microscopes that we used during our summer research.