Barrett, The Honors College Thesis/Creative Project Collection
Barrett, The Honors College at Arizona State University proudly showcases the work of undergraduate honors students by sharing this collection exclusively with the ASU community.
Barrett accepts high performing, academically engaged undergraduate students and works with them in collaboration with all of the other academic units at Arizona State University. All Barrett students complete a thesis or creative project which is an opportunity to explore an intellectual interest and produce an original piece of scholarly research. The thesis or creative project is supervised and defended in front of a faculty committee. Students are able to engage with professors who are nationally recognized in their fields and committed to working with honors students. Completing a Barrett thesis or creative project is an opportunity for undergraduate honors students to contribute to the ASU academic community in a meaningful way.
Displaying 1 - 3 of 3
Description
Abstract/Artist Statement Bachelor of Fine Arts Honors Thesis Exhibition Andrea Sherrill Evans I imagine my paintings as an representations of an alternate world inspired both by personal experiences and imagination. In this created world, I am free to draw on truth and fiction, to pair aspects of reality with circumstances, and to reveal tiny pieces of a narrative revolving around human relationships and the relationships one has with objects and with one's environment. The figures depicted began as self-portraits, and the subjects represented are all my own; but the figures have become distinct individuals, unique from both each other and myself, and they exist in a made-up world. These two women, the blonde and the brunette, wander through the patterned rooms of this world. My paintings are documentations of the interactions and mysterious relationship that exists between these women, the shoes, and the patterned walls. The majority of objects are painted with a flat, opaque application of acrylic paint, but as each step in the development of my paintings is uniquely important sometimes the original sketch marks are visible, and I also use oil glazes to create distinct luminosity.
ContributorsEvans, Andrea (Author) / Pessler, Anthony (Thesis director) / Schutte, Jerry (Committee member) / Newport, Mark (Committee member) / Barrett, The Honors College (Contributor)
Created2004-05
Description
Abstract The Art of Memory: Public Memorials Scarlett Olson In ancient times, memorials were constructed to commemorate victories in battle or to pay homage to kings and gods. Now, however, memorials focus more on the events of war and those who died fighting for their country. They are spaces designed to create an atmosphere of quiet reflection to allow us to honor the dead and to serve as a reminder of the consequences of our actions. In this paper, I will analyze public memorials, specifically the Vietnam Veterans Memorial, using the concept of collective memory. The idea of collective memory was first formulated by Maurice Halbwachs in the early twentieth century, and it is at its core the belief that a group can share the same memories regarding specific events. The ideas and theories of collective memory, when applied to the analysis of memorial, can provide a new framework for exploring the form, content, effect, and affect of these structures. Collective memory can be manipulated by society and the creation of specific memorials is one very effective way to influence public opinion about certain historical events.
ContributorsOlson, Scarlett (Author) / Codell, Julie (Thesis director) / Hoffman, Daniel (Committee member) / Pedersen, Lindsey (Committee member) / Barrett, The Honors College (Contributor)
Created2005-05
Description
Photophysical Studies of the DNA Microenvironment and Small Molecule-DNA Interactions
The photophysical properties of ethidium in a variety of organic solvents, as well as several dsDNAs, were measured. We report that the fluorescence quantum yield of intercalated ethidium is .30(.03), which falls between previous stated measurements of .14 and .60. We believe this to be the most accurately measured fluorescence quantum yield to date, as verified by Strickler-Berg analyses, which exhibit excellent agreement with experimental fluorescence lifetimes. A marked hypochromism upon binding to DNA is noted due to interactions of the dye’s and nucleobases’ respective π-stacks. This more than counteracts the expected increase in transition dipole due to increased conjugation caused by twisting of the phenyl moiety upon intercalation.
The reduced volume cylinder model was tested by the quenching of the fluorescence of an intercalator (ethidium bromide) by a groove binder (methyl viologen). We report that the model is not accurate over a relevant range of DNA concentrations.
The photophysical properties of ethidium in a variety of organic solvents, as well as several dsDNAs, were measured. We report that the fluorescence quantum yield of intercalated ethidium is .30(.03), which falls between previous stated measurements of .14 and .60. We believe this to be the most accurately measured fluorescence quantum yield to date, as verified by Strickler-Berg analyses, which exhibit excellent agreement with experimental fluorescence lifetimes. A marked hypochromism upon binding to DNA is noted due to interactions of the dye’s and nucleobases’ respective π-stacks. This more than counteracts the expected increase in transition dipole due to increased conjugation caused by twisting of the phenyl moiety upon intercalation.
The reduced volume cylinder model was tested by the quenching of the fluorescence of an intercalator (ethidium bromide) by a groove binder (methyl viologen). We report that the model is not accurate over a relevant range of DNA concentrations.
ContributorsEngelhart, Aaron (Author) / Gould, Ian (Thesis director) / Francisco, Wilson (Committee member) / Bednar, Valerie (Committee member) / Barrett, The Honors College (Contributor)
Created2005-05