![For Atmosphere, glass tubes filled with argon and neon simulated the color of the Arizona sky. Arranged as a column, these tubes altered the shadows of visitors, casting them in pillar-form. The space was designed to respond to the actions of its in](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546993525670-A9Y5WKZH5TSYPUFN2DG6/SMoCA+Stills004.jpg)
Looking Back
Atmosphere | Year: 2015 | Medium: installation (argon & neon discharge tubes, acrylic fixtures, transformers, programmable dimmers, white room) | Dimensions: 21’x9’ (diameter & height)
Aura | Year: 2015 | Medium: installation (glass microspheres, concrete, sunlight) | Dimensions: 16’ (diameter)
Location: Scottsdale Museum of Contemporary Art; Scottsdale, Arizona
![For Atmosphere, glass tubes filled with argon and neon simulated the color of the Arizona sky. Arranged as a column, these tubes altered the shadows of visitors, casting them in pillar-form. The space was designed to respond to the actions of its in](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546993525670-A9Y5WKZH5TSYPUFN2DG6/SMoCA+Stills004.jpg)
For Atmosphere, glass tubes filled with argon and neon simulated the color of the Arizona sky. Arranged as a column, these tubes altered the shadows of visitors, casting them in pillar-form. The space was designed to respond to the actions of its inhabitants, encouraging them to investigate, play with and probe the air.
![Atmosphere | Study for Light Column, 2015](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546993786934-EP1ZCLMGGGP45A58FNHC/Fraser+SMOCA_0004.jpg)
Atmosphere | Study for Light Column, 2015
![](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1547105862994-PQGYIPKXZ4B6UV0K6F8N/Fraser%2C+Atmosphere+%28still%29.jpg)
Atmosphere
![Atmosphere | Exterior](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546993528137-PISDE34DA3NWXI3NJ1KV/SMoCA+Exterior01.jpg)
Atmosphere | Exterior
![Atmosphere | Study for Structure, 2014](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546993786755-C1COC7GIH9CE7MI2FLI5/Fraser+SMOCA.jpg)
Atmosphere | Study for Structure, 2014
![Aura was similarly concerned with relocating an atmospheric phenomenon to the ground. Flying into Phoenix in the spring of 2014, I first witnessed the phenomenon known as a “glory.” On some low-lying clouds, the shadow of my airplane was framed by a](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546995254227-KM0C3ARZAHFHCOY0INZT/10_Chris-Fraser-Looking-Back%E2%80%93small.jpg)
Aura was similarly concerned with relocating an atmospheric phenomenon to the ground. Flying into Phoenix in the spring of 2014, I first witnessed the phenomenon known as a “glory.” On some low-lying clouds, the shadow of my airplane was framed by an unbroken halo. For this installation, I simulated that cloud cover by scattering engineered glass beads on a slab of concrete, mimicking the prismatic quality of raindrops. In this environment, a person’s shadow was always accompanied by a halo.
Image courtesy Sean Deckert
![Aura | Study, 2014](https://images.squarespace-cdn.com/content/v1/5675c59ba2bab87a7443be7c/1546993793345-Z00N4BTKWU34PTGHFCNM/IMG_0003.jpg)
Aura | Study, 2014