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- Creators: Barrett, The Honors College
- Creators: School of Earth and Space Exploration
Description
This thesis examines how the physical construction of the ooloi Oankali aliens in Octavia Butler's trilogy Lilith's Brood enables the text to explore the limitations of a two-gender construct. It does so by positing the existence of other conscious organic life with a third gender outside the scope of Earth-bound organisms. The ooloi must be understood by a definition of gender that takes into consideration socially constructed and performed roles. The physical bodies of the ooloi have a "boundary-crossing" identity that is unambiguous. Their transformative and healing abilities, physical characteristics, and place in the social structure of the Oankali makes them the targets of disgust and hatred by humans who fear difference. This thesis analyzes how Butler uses the ooloi to demonstrate the possibility that humans living on a future Earth can supersede their innately destructive qualities.
ContributorsBrady, Sarah Rachel (Author) / Hattenhauer, Darryl (Thesis director) / Cook, Paul (Committee member) / Department of English (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05
Description
This paper explores the complex, multifaceted relationship of science and science fiction. Because of our rapidly evolving, technology-driven world, the question of how science fiction changes, and is changed by, science is more relevant today than ever before. The nuanced relationship of science and science fiction can first be explored by analyzing the influence of science fiction on science with examples such as the XPRIZE Foundation. At the same time that science fiction influences science, changes in science will also resonate in the future of science fiction. New developments like the open-source movement and the success of platforms like Kickstarter, which allow science to be crowdsourced at unprecedented levels, are changing the landscape of scientific development. These changes are causing increased public engagement with science. Based on these changes in the way science and technology are developed, the science fiction genre seems on the cusp of a dramatic shift. Science fiction has long been dominated by dystopian and apocalyptic visions for the future, frequently the result of some catastrophe of our own making. However, because of the changes in science and technology and the public's engagement with those changes, the next generation of science fiction writers and filmmakers is likely to see a more positive outlook for humanity. Based on the interlocked past of science and science fiction, this paper argues that the changing landscape of science and technology will cause a change for the positive in the tonality of popular science fiction.
ContributorsMiller, Hillary Marie (Author) / Finn, Ed (Thesis director) / Swanner, Leandra (Committee member) / School of Film, Dance and Theatre (Contributor) / School of Human Evolution and Social Change (Contributor) / Barrett, The Honors College (Contributor)
Created2015-12
Description
In the future a Community struggles for survival on an uninhabitable Earth. A small faction of rebels, called Villains, put the lives of the entire Community at risk as they fight for domination of their home. Heroes and their Sidekicks rise up from the population to fight the Villains and win back their world. As they complete their training and begin to enter the world of Heroes and Villains, Alyssa begins to struggle with her identity as a Sidekick, her new role in the Community, and whether she can really preserve all that matters most to her. This excerpt from the larger novel, Sidekick, tells the story of Alyssa's struggles to remain true to herself, and her best friend Jeremy, all the while being called to serve the Community and eradicate the threat the Villains pose to her way of life. I conceived Sidekick as a work of speculative fiction because I believe the genre is one of the most powerful tools for education in the present time. By freeing one's mind to wonder, the dull becomes an exciting thought experiment that can (and does) influence how individuals see their world. Reading pieces like Ender's Game and 1984 I have found my ways of thinking challenged and stretched, and ideas from these works of fiction have stuck with and changed me. One major goal of the work was identifying and integrating major academic and life lessons I have learned into the overall work, providing it an intellectual and emotional grounding in reality. Having its foundations in the real world, the setting of Sidekick becomes a stage for a fantastical story as well as the reader's own imagination and introspection.
ContributorsWarren, Taylor Ann (Author) / Finn, Ed (Thesis director) / Bell, Matt (Committee member) / Department of English (Contributor, Contributor, Contributor) / Division of Teacher Preparation (Contributor) / Barrett, The Honors College (Contributor)
Created2015-12
Description
Manifold is a short film produced, directed, and co-written as a thesis project. Synopsis: A working young adult realizes his ability to perceive and interact with the 4th Dimension. After using his ability to alter an impending death, he struggles to maintain his overwhelming gift. Now bound to his power, he must decide between losing his love and losing his future. Run Time: 13:47.
ContributorsEllis, Marc Steven (Author) / Ganssle, Gene (Thesis director) / Guerrero, Laura (Committee member) / Barrett, The Honors College (Contributor) / School of Film, Dance and Theatre (Contributor) / Hugh Downs School of Human Communication (Contributor)
Created2014-05
Description
Science fiction has a unique ability to express, analyze, and critique concepts in a subtle way that emphasizes a point but is still entertaining to the audience. Because of science fiction's ability to do this it has long been a powerful way to ask questions that would normally not be addressed. As such, this paper provides an overview of the effects of biomedical technology in science fiction films. The discussions in this paper will analyze the different portrayals of the technology in the viewed cinematic pieces and the effects they have on the characters in the film. The discussion will begin with the films that have technology based in Genetic Engineering. This will then be followed by a discussion of the biomedical technology based in the fields of Endocrinology; Reanimation; Preservation; Prosthetics; Physical Metamorphosis; Super-Drugs and Super-Viruses; and Diagnostic, Surgical, and Monitoring Equipment. At the end of this paper movie summaries are provided to assist in clarifying plot details.
ContributorsGrzybowski, Amanda Ann (Author) / Foy, Joseph (Thesis director) / Facinelli, Diane (Committee member) / Barrett, The Honors College (Contributor) / School of Mathematical and Statistical Sciences (Contributor) / Harrington Bioengineering Program (Contributor)
Created2014-05
Description
A creative project that is the culmination of undergraduate studies in science fiction, young adult fiction, and literary fiction theory. A novel-length science fiction manuscript detailing the effects of a global catastrophe known as the Comeback, a planetary reaction to excessive pollution that results in hyper-accelerated plant growth and natural disasters; a story about the journey of a young girl growing up in a post-Comeback world.
ContributorsNguyen, Lena Dong-Giao (Author) / Blasingame, James (Thesis director) / Eschrich, Joseph (Committee member) / Barrett, The Honors College (Contributor) / School of Politics and Global Studies (Contributor) / Department of English (Contributor)
Created2014-05
Description
Time travel is closely associated with futuristic science fiction, but it is a concept that dates back to ancient times. Over many generations it has been developed and explored narratively and scientifically. This paper aims to document and analyze the history of the time travel concept and the important role fiction had in its development.
ContributorsElkins, Sydney (Author) / Foy, Joseph (Thesis director) / Maynard, Andrew (Committee member) / School of Earth and Space Exploration (Contributor) / Barrett, The Honors College (Contributor)
Created2020-12
Description
The Alien Play, as posted here, is a placeholder name for this working draft of a full-length stage play that functions as part-science-fiction adventure, part-spiritual-parable. As the process of playwriting is a complex array of research, outlining, drafting, revising and editing, the play is preceded by a craft essay detailing the playwright's inspiration, research, and narrative design. In order to complete this project, the playwright conducted research in the field of religious studies, focusing specifically on the phenomena of paranormal experiences through the lenses of psychology, sociology, and philosophy, asking questions such as: How and why do new religions arise? In what ways (narrative, content, structure, etc.) do these new religions reflect the spiritualist mythologies or religious institutions of the past? What do these similarities or differences say about the social, economic, or political atmospheres that give rise to such movements?
More specifically, this play works within the cross-section of religion/spirituality, mental illness, and UFO and other extra-terrestrial related anomalies to ask such questions as: What does it mean to be Human? What does it mean to be "alien" or Other? How do we internally and externally construct a binary between Humanness and Otherness, between Self and Other? How do we construct reality? In what ways does this anthropomorphize our conceptions of the Human or the Other? In what ways, specifically, may this affect our understanding or manifestation of mental illness, in ourself and others?
The play you see here is a final draft for the thesis, but is still in development elsewhere. Here is a brief log line (i.e. a short description of the general plot and conflict of a script) for the piece: Four sisters from a broken home must deal with the sudden discovery of their late father's communication with an extra-terrestrial race bearing a message of Love-and-Peace. When they, too, begin to communicate with the E.T.'s, they must juggle issues of mental illness, memory, and trauma all while outrunning a shadow government that will stop at nothing to uncover their secret.
More specifically, this play works within the cross-section of religion/spirituality, mental illness, and UFO and other extra-terrestrial related anomalies to ask such questions as: What does it mean to be Human? What does it mean to be "alien" or Other? How do we internally and externally construct a binary between Humanness and Otherness, between Self and Other? How do we construct reality? In what ways does this anthropomorphize our conceptions of the Human or the Other? In what ways, specifically, may this affect our understanding or manifestation of mental illness, in ourself and others?
The play you see here is a final draft for the thesis, but is still in development elsewhere. Here is a brief log line (i.e. a short description of the general plot and conflict of a script) for the piece: Four sisters from a broken home must deal with the sudden discovery of their late father's communication with an extra-terrestrial race bearing a message of Love-and-Peace. When they, too, begin to communicate with the E.T.'s, they must juggle issues of mental illness, memory, and trauma all while outrunning a shadow government that will stop at nothing to uncover their secret.
ContributorsFields, Savannah (Author) / Sterling, Pamela (Thesis director) / Reyes, Guillermo (Committee member) / Department of English (Contributor) / Barrett, The Honors College (Contributor)
Created2018-12
Description
A wide range of types of activity in mid-latitude Martian gullies has been observed over the last decade (Malin et al., 2006; Harrison et al., 2009, 2015; Diniega et al., 2010; Dundas et al., 2010, 2012, 2015, 2017) with some activity constrained temporally to occur in the coldest times of year (winter and spring; Harrison et al., 2009; Diniega et al., 2010; Dundas et al., 2010, 2012, 2015, 2017), suggesting that surficial frosts that form seasonally and diurnally might play a key role in this present-day activity. Frost formation is highly dependent on two key factors: (1) surface temperature and (2) the atmospheric partial pressure of the condensable gas (Kieffer, 1968). The Martian atmosphere is primarily composed of CO2and CO2 frost formation is not diffusion-limited (unlike H2O). Hence, for temperatures less than the local frost point of CO2, (~ 148 K at a surface pressure of 610 Pa) frost is always present (Piqueux et al., 2016). Typically, these frosts are dominated volumetrically by CO2, although small amounts of H2O frosts are also present, and typically precede CO2 frost deposition (due to water’s higher condensation temperature (Schorghofer and Edgett, 2006)). Here we use the Thermal Emission Imaging System (THEMIS) and the Thermal Emission Spectrometer (TES) onboard Mars Odyssey and Mars Global Surveyor, respectively, to explore the global spatial and temporal variation of temperatures conducive to CO2 and H2O frost formation on Mars, and assess their distribution with gully landforms. CO2 frost temperatures are observed at all latitudes and are strongly correlated with dusty, low thermal inertia regions near the equator. Modeling results suggest that frost formation is restricted to the surface due to near-surface radiative effects. About 49 % of all gullies lie within THEMIS frost framelets. In terms of active gullies, 54 % of active gullies lie within THEMIS framelets, with 14.3% in the north and 54% in the south.
Relatively small amounts of H2O frost (~ 10–100 μm) are also likely to form diurnally and seasonally. The global H2O frost point distribution follows water vapor column abundance closely, with a weak correlation with local surface pressure. There is a strong hemispherical dependence on the frost point temperature—with the northern hemisphere having a higher frost point (in general) than the southern hemisphere—likely due to elevation differences. Unlike the distribution of CO2 frost temperatures, there is little to no correlation with surface thermophysical properties (thermal inertia, albedo, etc.). Modeling suggests H2O frosts can briefly attain melting point temperatures for a few hours if present under thin layers of dust, and can perhaps play a role in present-day equatorial mass-wasting events (eg. McEwen et al., 2018).
Based on seasonal constraints on gully activity timing, preliminary field studies, frost presence from visible imagery, spectral data and thermal data (this work), it is likely that most present-day activity can be explained by frosts (primarily CO2, and possibly H2O). We predict that the conditions necessary for significant present-day activity include formation of sufficient amounts of frost (> ~20 cm/year) within loose, unconsolidated sediments (I < ~ 350) on available slopes. However, whether or not present-day gully activity is representative of gully formation as a whole is still open to debate, and the details on CO2 frost-induced gully formation mechanisms remain unresolved.
Relatively small amounts of H2O frost (~ 10–100 μm) are also likely to form diurnally and seasonally. The global H2O frost point distribution follows water vapor column abundance closely, with a weak correlation with local surface pressure. There is a strong hemispherical dependence on the frost point temperature—with the northern hemisphere having a higher frost point (in general) than the southern hemisphere—likely due to elevation differences. Unlike the distribution of CO2 frost temperatures, there is little to no correlation with surface thermophysical properties (thermal inertia, albedo, etc.). Modeling suggests H2O frosts can briefly attain melting point temperatures for a few hours if present under thin layers of dust, and can perhaps play a role in present-day equatorial mass-wasting events (eg. McEwen et al., 2018).
Based on seasonal constraints on gully activity timing, preliminary field studies, frost presence from visible imagery, spectral data and thermal data (this work), it is likely that most present-day activity can be explained by frosts (primarily CO2, and possibly H2O). We predict that the conditions necessary for significant present-day activity include formation of sufficient amounts of frost (> ~20 cm/year) within loose, unconsolidated sediments (I < ~ 350) on available slopes. However, whether or not present-day gully activity is representative of gully formation as a whole is still open to debate, and the details on CO2 frost-induced gully formation mechanisms remain unresolved.
ContributorsKhuller, Aditya Rai (Author) / Christensen, Philip (Thesis director) / Harrison, Tanya (Committee member) / Diniega, Serina (Committee member) / Mechanical and Aerospace Engineering Program (Contributor) / School of Earth and Space Exploration (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05
Description
This project focuses on using Neutral Gas and Ion Mass Spectrometer (NGIMS) density data for carbon dioxide, oxygen, carbon monoxide, and nitrogen during deep dip campaigns 5, 6, and 8. Density profiles obtained from NGIMS were plotted against simulated density profiles from the Mars Global Ionosphere-Thermosphere Model (MGITM). Averaged temperature profiles were also plotted for the three deep dip campaigns, using NGIMS data and MGITM output. MGITM was also used as a tool to uncover potential heat balance terms needed to reproduce the mean density and temperature profiles measured by NGIMS.
This method of using NGIMS data as a validation tool for MGITM simulations has been tested previously using dayside data from deep dip campaigns 2 and 8. In those cases, MGITM was able to accurately reproduce the measured density and temperature profiles; however, in the deep dip 5 and 6 campaigns, the results are not quite the same, due to the highly variable nature of the nightside thermosphere. MGITM was able to fairly accurately reproduce the density and temperature profiles for deep dip 5, but the deep dip 6 model output showed unexpected significant variation. The deep dip 6 results reveal possible changes to be made to MGITM to more accurately reflect the observed structure of the nighttime thermosphere. In particular, upgrading the model to incorporate a suitable gravity wave parameterization should better capture the role of global winds in maintaining the nighttime thermospheric structure.
This project reveals that there still exist many unknowns about the structure and dynamics of the night side of the Martian atmosphere, as well as significant diurnal variations in density. Further study is needed to uncover these unknowns and their role in atmospheric mass loss.
This method of using NGIMS data as a validation tool for MGITM simulations has been tested previously using dayside data from deep dip campaigns 2 and 8. In those cases, MGITM was able to accurately reproduce the measured density and temperature profiles; however, in the deep dip 5 and 6 campaigns, the results are not quite the same, due to the highly variable nature of the nightside thermosphere. MGITM was able to fairly accurately reproduce the density and temperature profiles for deep dip 5, but the deep dip 6 model output showed unexpected significant variation. The deep dip 6 results reveal possible changes to be made to MGITM to more accurately reflect the observed structure of the nighttime thermosphere. In particular, upgrading the model to incorporate a suitable gravity wave parameterization should better capture the role of global winds in maintaining the nighttime thermospheric structure.
This project reveals that there still exist many unknowns about the structure and dynamics of the night side of the Martian atmosphere, as well as significant diurnal variations in density. Further study is needed to uncover these unknowns and their role in atmospheric mass loss.
ContributorsRobinson, Jenna (Author) / Desch, Steven (Thesis director) / Hervig, Richard (Committee member) / School of Earth and Space Exploration (Contributor) / School for the Future of Innovation in Society (Contributor) / School of International Letters and Cultures (Contributor) / Barrett, The Honors College (Contributor)
Created2019-05