No ordinary objects Abandoned by the world, no longer of use, but still carefully repaired and preserved, these were no ordinary objects. The reasons for their maintenance remain a mystery. At this point, they could only be described as "art". No—not so much "art" as something that exceeds art... Hyperart. Genpei Akasegawa & Matt Fargo, Hyperart: Thomasson artrepairthomassonsobjects
Hyperart: U.S. Rail The steepest grade on U.S. main-line track is at the small town of Saluda, on a Norfolk Southern route between Spartanburg, South Carolina, and Asheville, North Carolina. The grade goes on for three miles at a slope of 4 or 5 percent. Trains have not been running on the line since 2001, but the tracks are still maintained. Brian Hayes, Infrastructure: A Guide to the Industrial Landscape thomassonsgeographytransportation
Thomassons This was 1982, the year that Gary Thomasson was batting cleanup for the Yomiuri Giants. Thomasson had the unfortunate nickname of "The Electric Fan", which, if you think about it, was exactly what he was. Night after night, he stood in the batter's box, whiffing mightily at the ball, down on three strikes every time. He had a fully-formed body and yet served no purpose to the world. And the Giants were still paying a mint to keep him there. It was a beautiful thing. I'm not being ironic here either. Seriously, I can't think of any way to describe Gary Thomasson but as "living hyperart". Genpei Akasegawa & Matt Fargo, Hyperart: Thomasson sportsthomassons
Understanding the Kano Model An Article by Jared Spool articles.uie.com The horizontal axis represents the investment the organization makes. As investment increases, the organization spends more resources on improving the quality (remember, Noriaka was a quality guy at heart) or adding new capabilities. The vertical dimension represents the satisfaction of the user, moving from an extreme negative of frustration to an extreme positive of delight. (Neutral satisfaction being neither frustrated nor delighted is in the middle of the axis.) It’s against the backdrop of these two axes that we see how the Kano Model works. It shows us there are three forces at work, which we can use to predict our users’ satisfaction with the investment we make. Minimum Awesome Product uxfeatures