Matching Items (44)
Filtering by
- Creators: Barrett, The Honors College
Description
The following is a fantasy twist on the Christian Bible, set before the time of Adam of Eve. The plot follows the lives of the first humans before Adam and Eve, the Father's first attempt at creating humanity. Additionally, it follows the first generation of archangels on an adventure into the abyss. The work draws on theological, and mythological ideas including Greek mythology, Hasidic legend, John Milton's Paradise Lost, and even Dungeons and Dragons.
ContributorsWhite, Zachary Christopher (Author) / Sturges, Robert (Thesis director) / Corse, Taylor (Committee member) / Barrett, The Honors College (Contributor) / Department of English (Contributor)
Created2014-05
Description
The study of the mechanical behavior of nanocrystalline metals using microelectromechanical systems (MEMS) devices lies at the intersection of nanotechnology, mechanical engineering and material science. The extremely small grains that make up nanocrystalline metals lead to higher strength but lower ductility as compared to bulk metals. Effects of strain-rate dependence on the mechanical behavior of nanocrystalline metals are explored. Knowing the strain rate dependence of mechanical properties would enable optimization of material selection for different applications and lead to lighter structural components and enhanced sustainability.
ContributorsHall, Andrea Paulette (Author) / Rajagopalan, Jagannathan (Thesis director) / Liao, Yabin (Committee member) / Barrett, The Honors College (Contributor) / Mechanical and Aerospace Engineering Program (Contributor)
Created2014-05
Description
This research is solely based on the legality of fantasy sports in Arizona. At this time, these contests are deemed as illegal gambling and historically banned. Throughout my research I consider the many entities involved, particularly the Native American tribes. I also go on to discuss a historical timeline of all the social, intellectual, and legal aspects within the industry and how it became so prevalent today.
ContributorsCozzi, Mary Patricia (Author) / Ingram-Waters, Mary (Thesis director) / Dawn, Walton Lee (Committee member) / Department of Supply Chain Management (Contributor) / W. P. Carey School of Business (Contributor) / Barrett, The Honors College (Contributor)
Created2017-05
Description
Solid-state lithium-ion batteries are a major area of research due to their increased safety characteristics over conventional liquid electrolyte batteries. Lithium lanthanum zirconate (LLZO) is a promising garnet-type ceramic for use as a solid-state electrolyte due to its high ionic conductivity. The material exists in two dierent phases, one that is cubic in structure and one that is tetragonal. One potential synthesis method that results in LLZO in the more useful, cubic phase, is electrospinning, where a mat of nanowires is spun and then calcined into LLZO. A phase containing lanthanum zirconate (LZO) and amorphous lithium occursas an intermediate during the calcination process. LZO has been shown to be a sintering aid for LLZO, allowing for lower sintering temperatures. Here it is shown the eects of internal LZO on the sintered pellets. This is done by varying the 700C calcination time to transform diering amounts of LZO and LLZO in electrospun nanowires, and then using the same sintering parameters for each sample. X-ray diraction was used to get structural and compositional analysis of both the calcined powders and sintered pellets. Pellets formed from wires calcined at 1 hour or longer contained only LLZO even if the calcined powder had only undergone the rst phase transformation. The relative density of the pellet with no initial LLZO of 61.0% was higher than that of the pellet with no LZO, which had a relative density of 57.7%. This allows for the same, or slightly higher, quality material to be synthesized with a shorter amount of processing time.
ContributorsLondon, Nathan Harry (Author) / Chan, Candace (Thesis director) / Tongay, Sefaattin (Committee member) / Department of Physics (Contributor) / Materials Science and Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2017-05
Description
In critical conversation about the political theory of Game of Thrones, academics are often quick to compare the series with Machiavellian ideals and therefore assert that The Prince can be used as a tool to evaluate the effectiveness of the way that Game of Thrones characters cope with political intrigue. Those who compare Game of Thrones and The Prince argue that because of the political realism and similar notions of human nature in Game of Thrones, the series perpetuates Machiavelli's idea that goodness and morality are not sufficient means by which to gain and sustain political power. When Game of Thrones began, many speculated that it adopted Machiavelli's deeply pragmatic paradigm of a successful ruler, but as the series progressed it seemed to reveal a more idealistic theory of leadership. This paper explores the relationship between these two works to determine if Game of Thrones ultimately perpetuates Machiavelli's philosophies about how to successfully acquire and maintain political power. After comparing the political tactics set forth in The Prince to the actions of the characters considered most idealistic and most Machiavellian in Game of Thrones, it is determined that Game of Thrones conclusively embraces Machiavelli's attitude toward successful political leadership, as the characters who seem to be most idealistic ultimately act in alignment with the theories set forth in The Prince.
ContributorsKlosterman, Meredith R. (Co-author) / Arterburn, Natalie (Co-author) / Fette, Don (Thesis director) / Stanford, Michael (Committee member) / W.P. Carey School of Business (Contributor) / School of Politics and Global Studies (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
Graphene has the ability to advance many common fields, including: membranes, composites and coatings, energy, and electronics. For membranes, graphene will be used as a filter for desalination plants which will reduce the cost of desalination and greatly increase water security in developing countries. For composites and coatings, graphene's strength, flexibility, and lightweight will be instrumental in producing the next generation of athletic wear and sports equipment. Graphene's use in energy comes from its theorized ability to charge a phone battery in seconds or an electric car in minutes. Finally, for electronics, graphene will be used to create faster transistors, flexible electronics, and fully integrated wearable technology.
ContributorsSiegel, Adam (Author) / Adams, James (Thesis director) / Krause, Stephen (Committee member) / Materials Science and Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
As a writer and reader of young adult (YA) literature, I find it is impossible to ignore the rise of traditional masculinity within new, adolescent heroines. In the 21st century, readers have seen the rise of supposedly strong female characters—heroines who carry assault rifles and avoid their emotions. By relinquishing their emotions and their flaws, these heroines have sacrificed the qualities about themselves that initially made them appear so interesting. My desire to see more realistic heroines like myself developed into a creative fiction project that follows and acknowledges the voices of feminine heroines. I call these protagonists “female strong.” My project—a collection of linked short stories—is peopled with the types of heroines that are severely lacking in YA novels and in the film industry. In my own short stories, I have embraced the narratives about young women who are both strong and emotional. I wanted to create memorable female characters that the reader could root for simply because of their feminine strength, even if their flaws were naivety, or lack of confidence, or even if they failed to achieve their resolution in the end. Female-strong characters are vital because they present a view of women who aren’t purely fantasy; they are placed in the real and are feminine, too. In other words, they don’t have to be a gorgeous, knockout model who can kick butt; instead, they can derive strength from their intellect, or their intuition, or perhaps even from their emotion.
ContributorsGoldsmith, Ilyssa Sallie (Author) / Gruber, Diane (Thesis director) / Amparano, Julie (Committee member) / School of Humanities, Arts, and Cultural Studies (Contributor) / School of Social and Behavioral Sciences (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
The story of graphene truly began in what was simply a stub in the journal Physical Review not two years after the end of World War II. In 1947, McGill University physicist P.R. Wallace authored “The Band Theory of Graphite” and attempted to develop a foundation on which the structure-property relationship of graphite could be explored; he calculates the number of free electrons and conductivity of what he describes as “a single hexagonal layer” and “suppos[es] that conduction takes place only in layers” in bulk graphite to predict wave functions, energies at specific atomic sites in the hexagonal lattice, and energy contours using a tight binding approximation for a hypothesized version of what we now call ‘armchair-style’ graphene. While Wallace was the first to explore the band structure and Brillouin Zones of single-layer graphite, the concept of two-dimensional materials was not new. In fact, for years, it was dismissed as a thermodynamic impossibility.
Everything seemed poised against any proposed physical and experimental stability of a structure like graphene. “Thermodynamically impossible”– a not uncommon shutdown to proposed novel physical or chemical concepts– was once used to describe the entire field of proposed two-dimensional crystals functioning separately from a three-dimensional base or crystalline structure. Rudolf Peierls and Lev Davoidovich Landau, both very accomplished physicists respectively known for the Manhattan Project and for developing a mathematical theory of helium superfluidity, rejected the possibility of isolated monolayer to few-layered crystal lattices. Their reasoning was that diverging thermodynamic-based crystal lattice fluctuations would render the material unstable regardless of controlled temperature. This logic is flawed, but not necessarily inaccurate– diamond, for instance, is thermodynamically metastable at room temperature and pressure in that there exists a slow (i.e. slow on the scale of millions of years) but continuous transformation to graphite. However, this logic was used to support an explanation of thermodynamic impossibility that was provided for graphene’s lack of isolation as late as 1979 by Cornell solid-state physicist Nathaniel David Mermin. These physicists’ claims had clear and consistent grounding in experimental data: as thin films become thinner, there exists a trend of a decreasing melting temperature and increasing instability that renders the films into islands at somewhere around ten to twenty atomic layers. This is driven by the thermodynamically-favorable minimization of surface energy.
Everything seemed poised against any proposed physical and experimental stability of a structure like graphene. “Thermodynamically impossible”– a not uncommon shutdown to proposed novel physical or chemical concepts– was once used to describe the entire field of proposed two-dimensional crystals functioning separately from a three-dimensional base or crystalline structure. Rudolf Peierls and Lev Davoidovich Landau, both very accomplished physicists respectively known for the Manhattan Project and for developing a mathematical theory of helium superfluidity, rejected the possibility of isolated monolayer to few-layered crystal lattices. Their reasoning was that diverging thermodynamic-based crystal lattice fluctuations would render the material unstable regardless of controlled temperature. This logic is flawed, but not necessarily inaccurate– diamond, for instance, is thermodynamically metastable at room temperature and pressure in that there exists a slow (i.e. slow on the scale of millions of years) but continuous transformation to graphite. However, this logic was used to support an explanation of thermodynamic impossibility that was provided for graphene’s lack of isolation as late as 1979 by Cornell solid-state physicist Nathaniel David Mermin. These physicists’ claims had clear and consistent grounding in experimental data: as thin films become thinner, there exists a trend of a decreasing melting temperature and increasing instability that renders the films into islands at somewhere around ten to twenty atomic layers. This is driven by the thermodynamically-favorable minimization of surface energy.
ContributorsShulman, Neal Arthur (Author) / Adams, James (Thesis director) / Islam, Rafiqul (Committee member) / Materials Science and Engineering Program (Contributor) / Barrett, The Honors College (Contributor)
Created2018-05
Description
Capstone project, I began developing an animated series called Legends of Gaia. The show follows a small group of people of mixed ages and backgrounds, as they travel across the world trying to stop the Galliean Empire, a technologically booming western power that has begun fighting a war for world domination. The purpose of this paper is to better explain the origins and inspirations of the mythology of my series, as well as the major two supernatural characters of my series, and the general geography (both physical and metaphysical) of the series. When first developing this series, I looked into the works of Joseph Campbell, as he wrote the book(s) on mythology in many ways. His most famous writings are probably the Hero's Journey and the Monomyth, the basic outline of the journey that most heroes go through, from the call ordinary world, to the call of the adventure, all the way to the hero returning (Campbell 211). Many classic examples of story telling follow the pattern Campbell outlined, and my work is no exception. However, I did not want my series to be a beat for beat retread of the Hero's Journey, and so some parts, such as the Refusal of the Call, when the hero rejects the adventure and befalls a tragedy, were skipped, while others, such as the resurrection, were realized in different ways. Using the Resurrection as an example, in my series the main female character, Diana is reborn twice throughout the series. Once in the final battle with the main villain into her true, goddess form, and the other when her battles are over, and she is reborn in her mortal form permanently.
ContributorsLopez, Richard (Author) / Collis, Adam (Thesis director) / Valenti, F. Miguel (Committee member) / Barzso, Tain (Committee member) / Barrett, The Honors College (Contributor) / Herberger Institute for Design and the Arts (Contributor) / College of Liberal Arts and Sciences (Contributor)
Created2012-12
Description
I begin with a brief explanation of my creative process and an exploration of the themes I attempted to include in the creative project. Then follows the slides from the Powerpoint presentation I used during my defense. Finally, I have my creative project, a 18,000 word urban fantasy story about a high school senior named Damien and his first interaction with a being named Rem.
ContributorsEngler, Veronica Anne (Author) / Cook, Paul (Thesis director) / Wells, Cornelia (Committee member) / Morgan, Kelly (Committee member) / Barrett, The Honors College (Contributor) / School of International Letters and Cultures (Contributor) / Department of English (Contributor)
Created2013-05