Living in a Material World

Today’s world of convenience, speed and comfort is possible because of materials science.  From the cars we drive and the clothes we wear to the electronic devices that consume our lives, highly engineered materials make it all happen.  The future of sustainable resource use (and reuse) will depend on the materials and processes we develop today.  This week’s seminar, “Living in a Material World” will highlight the central role materials play in our lives.  Marlann Patterson from the Physics Department and Matthew Ray from the Chemistry Department will introduce the topic of materials science and present recent results of research performed by Applied Science students in the Materials and Nanoscience concentration.

SEM Micrographs of a road paint sample (upper-left) secondary electron detection and (upper-right) backscattered electron detection.  The spheres are glass beads which give road paint its retro reflective property.  The lower panels show the results of x-ray imaging which shows the location and relative concentration of elements of interest throughout the sample.  Microscopy work by Ellie Raethke, Applied Science, Materials and Nanoscience Concentration
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