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Description
"beautiful secrets," a movement art piece engaging the audience in the art-making, exists in the in-between, an indeterminable place, fluid like the water of Kiwanis Lake. The performers sang, danced and built an architectural environment with the help of the audience to create a transformational place betwixt here and there,

"beautiful secrets," a movement art piece engaging the audience in the art-making, exists in the in-between, an indeterminable place, fluid like the water of Kiwanis Lake. The performers sang, danced and built an architectural environment with the help of the audience to create a transformational place betwixt here and there, day and night, death and life; an in-between land where the language is mystical and symbolic, and the water of Kiwanis Lake served as a symbol of transformation. Beneath the art was a method called Somatic Yoga Dance in which the performers trained in preparation for the performance. Below the method was a blessing in which beautiful secrets took root --- a prayer for peace.
ContributorsGarner, Jamey (Author) / Jackson, Naomi (Thesis advisor) / Kaplan, Rob (Committee member) / Bowditch, Rachel (Committee member) / Arizona State University (Publisher)
Created2017
Description

These videos depict two miscible liquids with different densities and viscosities coming into contact. This study explores how a swellable test pad can be deployed for measuring urea in saliva by partially prefilling the pad with a miscible solution of greater viscosity and density. The resultant Korteweg stresses and viscous

These videos depict two miscible liquids with different densities and viscosities coming into contact. This study explores how a swellable test pad can be deployed for measuring urea in saliva by partially prefilling the pad with a miscible solution of greater viscosity and density. The resultant Korteweg stresses and viscous fingering patterns are analyzed using solutions with added food color through video analysis and image processing. Image analysis is simplified using the saturation channel after converting RGB image sequences to HSB. These videos are conjunction to an article submission to MDPI Bioengineering journal as supplementary files to enhance the breadth and depth of the content therein.

ContributorsClingan, H. (Author) / Rusk, D. (Author) / Smith, K. (Author) / Garcia, A. (Author)
Created2018-03-15