CHIP. Compact Hyper-Insulated Prototype 

 -  UrbanNext,  March 9, 2017. 
<br/><br/> Actar, Caltech, Energy and sustainability, No Density, Project, SCI-Arc, Senseable Technologies, SOUPERgreen!, Technology and fabrication 
<br/><br/>Active Building, Compact building, Energetic Approach, Energy consciousness, Energy conservation, Energy saving, Experimental Fabrications, Experimental housing, Housing, Insulation, Interactive building, Interior design, Los Angeles, Project, Prototype, Prototype solutions, Second skin, Singular Housing, Solar Energy, Storage, Technological Approach, Thermal comfort, Thermal inertia, Thermodynamic practices, Thermodynamics, USA 
<br/><br/>Published in SOUPERgreen! Souped Up Green Architecture, 2017 -- https://lccn.loc.gov/2015934501 
<br/><br/> SOUPERgreen! features projects and essays that offer a long overdue critique of the current approach to “green” architecture and, in turn, demonstrate a more appropriate way for architects to address the challenges posed by the environmental crisis. In sharp contrast to contemporary examples of  “green” or “sustainable” architecture —which primarily rely upon the invisible agency of unremarkable technologies and materials to reduce resource consumption, but which do so without producing a necessary shift in the public’s perception of the environment or behavior towards it —SOUPERgreen! demonstrates how green technology can not only perform from a measurable standpoint, but can also produce engaging experiences that profoundly alter, enhance, and transform the public’s understanding of the environment. By leveraging the inherently expressive nature of technology in order to dramatize the constantly negotiated relationship between humanity and the natural world, the “souped-up” green architecture featured in SOUPERgreen! transforms “greenness” from a mere measurement of environmental performance into an actively engaged and highly conscious lived reality —resulting in a new way of experiencing and understanding the environment that is inherently more ecological. 
<br/><br/><label>ISSN: </label>2575-5374 
<br/><br/><label>Subjects--Index Terms: </label>Architecture Technology Research Sustainability California, USA USA