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- Creators: Barrett, The Honors College
This paper will analyze the two films Mississippi Burning and BlacKkKlansman, as well as some of the historical contexts surrounding them, in order to unpack the various aspects of police brutality, protest culture, and ideals of reform shown within. Furthermore, it will investigate the impact of diverging from history on the perception of policing units, and the importance of more accurate narratives like BlacKkKlansman in popular culture. <br/> To find evidence that BlacKkKlansman is a much more accurate narrative regarding law enforcement and the effects that sentiments seen in Mississippi Burning have on modern day events, a comprehensive research analysis was conducted. Both films were watched multiple times and analyzed thoroughly, and further research was done to understand not only the narrative elements of the plot, but how the visual aspects strengthen the arguments both films try to make. Scholarly articles on contexts surrounding the subjects of the film were also analyzed, including topics on the FBI, Martin Luther King Jr, and police brutality. Through this, it became evident that Mississippi Burning overlooked most of the reality of the events the film is loosely based upon in order to present a white savior story, whereas BlacKkKlansman addresses the existing prejudices head on while also showing the relation the events have to a more modern context, specifically surrounding the Trump administration.
A podcast that discusses the phenomenon of cult cinema deemed “so bad, it's good”. It takes a look at what makes these films enduring and entertaining, with the ability to create near-religious followings. Moreover, it discusses the financial aspect of the filmmaking and how these followings affect the market.
MAX phases are ternary carbides or nitrides that possess unique material characteristics, often simplified as a mix of metallic and ceramic properties. Many aspects of MAX phases are still being researched, but they have exciting potential applications in high-temperature structural systems, the next generation of nuclear power plants, and concentrated solar power. This project aims to benefit further research into these applications by validating a rapid unconventional synthesis method: microwave-assisted sol-gel synthesis. Three MAX phases (Cr2GaC, Cr2GeC, and V2GeC) were successfully synthesized via this route, which should open the door for more rapid prototyping and ultimately more efficient research.