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How do we visualize environments outside our solar system? I have researched two very alien planets and their compositions with the goal of finding out how those differences would affect the way a planet appears on its surface. The first is a planet orbiting the nearby G type star Tau Ceti. This star has Mg/Si ratio of 1.78, compared to 1.2 found on the Earth. A planet formed around this star could have a very active surface, covered in volcanoes. The other planet is a hypothetical carbon planet that could orbit the star HD 144899. This star has a C/O ratio of 0.8, compared to 0.5 in the Sun. A planet formed here might be comprised mostly of carbides, with a hydrocarbon atmosphere. It would likely be geologically dead, the main forces shaping its surface being meteorites. Both planets, due to their extremes, would likely be barren and lifeless. The results of this project are two digital paintings showcasing my vision of these planets.
ContributorsGonzales, Joshua Michael (Author) / Young, Patrick (Thesis director) / Patience, Jennifer (Committee member) / Button, Melissa (Committee member) / Barrett, The Honors College (Contributor) / School of International Letters and Cultures (Contributor) / School of Art (Contributor)
Created2015-05
Description
Many cultures find connections between humans and nature. Chinese philosophies such as Daoism assert that mountains are sacred beings of cosmic energy. These cosmic beings have elements that coincide with parts of the human body: rocks are bones, water is blood and veins, trees and grass are hair, clouds and mist are breath, the mountains themselves are the body. "Bodyscapes" is an exploration of these concepts using charcoal and ink to merge the human form with natural landscape.
ContributorsMonar, Kayci Leilani (Author) / Solis, Forrest (Thesis director) / Pittsley, Janice (Committee member) / Brown, Claudia (Committee member) / School of Art (Contributor) / Barrett, The Honors College (Contributor)
Created2016-05