Friday, April 15, 2016
Emily heard about the contest from Dr. Patricia Stan, and hopes to attend Taylor when she graduates to study chemistry education.
Currently, the general populace can vote for their favorite superhero. Voting ends TODAY (April 15). To vote for Emily, go to: http://gennano.skild.com/skild2/gennano/viewEntryVoting.action
To learn more about the contest, go to: http://www.nsf.gov/news/special_reports/gennano/#sthash.9OIvcEXV.dpuf
Article published in the Marion Chronicle-Tribune: http://www.chronicle-tribune.com/news/eastbrook-student-competes-in-national-superhero-contest/article_9dffdf98-43c3-50aa-969f-56482b7c5832.html
Monday, April 11, 2016
On April 8th, Taylor students (from left to right) Marissa Kneer, Michael Nahrstadt, Andrew Pemberton, YeChan Moon, and Angie Bittner presented their original research at the Butler University Undergraduate Research Conference. Check out the details of each presentation.
Marissa Kneer - Geothermal Output Stream Design: Impacts on Local Water
Marissa's work how stream design features are affecting the rate of mineral deposition. These features will ultimately affect the mineral concentration with Taylor Lake.
Michael Nahrstadt - Introducing Computational Chemistry into First-year Undergraduate Lab Curriculum
Drew Pemberton - Introducing Computational Chemistry into First-year Undergraduate Lab Curriculum
YeChan Moon - Effects of a Geothermal Stream on a Near by Lake
YeChan's work demonstrates that the use of an open-loop geothermal cooling system has dramatically increased the sulfate concentration in Taylor Lake.
Angie Bittner - A Comparative Study of Manganese Oxide Coatings in a Disturbed Landscape in Rural Kentucky
Friday, April 8, 2016
On March 26th, senior Noah Cutshaw presented his research at the Indiana Academy of Science annual meeting. Noah did research last summer with Dr. Hammond in biochemistry.
The goal of his research was to develop a method by which to use a conventional DSLR camera to visualize the faint chemiluminescent dot blots resulting from Western Blotting. Typically, detecting this chemiluminescence requires expensive specialty cameras, but with the successful results from this research, modern DSLR cameras have been shown to be a promising alternative.