Arts - Buffalo State College
Arts - Buffalo State College
Arts - Buffalo State College
Create successful ePaper yourself
Turn your PDF publications into a flip-book with our unique Google optimized e-Paper software.
20<br />
Undergraduate Summer Research Fellowship Program<br />
Devon Cozad, English Literature<br />
Faculty Mentor: Professor Lisa Berglund, English<br />
Abstract Title: Franchised Folklore: Exploring Beauty and the Beast In Modern<br />
America<br />
Devon will graduate with a B.A. in English literature in May 2012. Afterward, she plans to pursue a<br />
doctoral degree and hopes to become a college professor.<br />
For her project, Devon explored how modern America understands the fairy tale “Beauty and the<br />
Beast.” After examining the history of the tale and its recent adaptations, Devon is now pursuing the<br />
connection between modern media adaptations and associated physical merchandise. This connection<br />
she has called “franchised folklore,” arguing that while we continue telling the tale of “Beauty and the<br />
Beast,” modern readers also want an actual piece of the story to carry with us always.<br />
Anthony Delmont, Physics<br />
Faculty Mentor: Professor Ram Rai, Physics<br />
Abstract Title: Growth and Low-Temperature Optical Studies of HoMnO 3 Thin Films<br />
Anthony will graduate with a B.S. degree in Physics in May 2013. He is a member of the American<br />
Physical Society and the Vice President of the <strong>Buffalo</strong> <strong>State</strong> Physics Club. After graduation, he plans to<br />
earn a Master’s degree in physics.<br />
Anthony’s research focused on the growth and characterization of multiferroic thin films, such as<br />
HoMnO 3 (holmium manganese oxide). He developed a method to deposit the high quality HoMnO 3 thin<br />
films on single crystal sapphire, quartz, and LiNbO 3 substrates using the electron-beam evaporation<br />
system. He also investigated the low temperature optical studies of HoMnO 3 thin films to understand the<br />
electronic structures and spin-charge coupling process. Anthony found that the growth parameters play<br />
an important role to tune the physical properties of the thin films.<br />
Jonathan DeMay, Engineering Technology<br />
Faculty Mentor: Professor Stephanie Goldberg, Technology<br />
Abstract Title: Design of a Remote-Controlled Friendly Feline Enclosure<br />
Jonathan DeMay will be graduating in May 2012 with a B.S. in Engineering Technology, Smart Grid<br />
option. He already holds a Bachelor’s degree in Mathematics.<br />
Jonathan’s research involved the design of a friendly feline trap with a remote-controlled door.<br />
He designed an embedded microcontroller system that allows a user to position the enclosure door<br />
via a wireless control knob. The user may choose an automatic mode in which the door closes when<br />
a sensing system detects the cat inside the enclosure. He constructed a functional prototype based on<br />
feedback from a feline rescue expert. Jonathan would like to consider development of the functional<br />
prototype to a final product design. Jonathan represented <strong>Buffalo</strong> <strong>State</strong> at the SUNY-wide “Discovery: An<br />
Undergraduate Showcase” held in the Legislative Office Building in Albany, NY in February 2012.