Keim, B. (2010). “Study: Sense of Touch Shapes Snap Judgments.” www.wire.com. Visited on October 15, 2012: http://www.wired.com/wiredscience/2010/06/touching-cognition/ The article explains the interaction between physical touch and social cognition. Through studies, experimental evidence shows that physical experience and mental understanding are related. The sense of touch is one of the earliest senses to be developed by humans in the developmental process, and is not lost as a person ages. What’s more interesting is that the sense of touch can subconciously alter the mental state and emotion of a person. A person holding a heavier object such as a clipboard may become more serious and the task at hand becomes more important. People are more generous holding a warm drink than a cold one. Harsh surfaces make problem solving more akward than smoother surfaces. The article notes that the visceral reaction to the sense of touch may fade when one focuses more on the task at hand, but this fact doesn’t diminish importance of the the initial tactile social-interaction that forms the first impression. By changing sensations, emotions, thoughts, and desires may be altered. Evaluation Conceptual Design: In design usaability is not the only consideration. Designs evoke emotion and can alter a users mental state,…
Tag Archive for haptics
Contributor, Interface Design, Perception, Product Design Strategy, Users
Haptics and the Uniformity of Gloss
by Natesh Daniel •
For an introduction into the science of haptics, the article, “Primal, Acute and Easily Duped: Our Sense of Touch,” provided great examples about the accuracy and fallibility of our sense of touch. However, the proliferation of touch-sensitive input devices over the past 4 years since it was written didn’t provide the author with any insight into their pending popularity, or the effect they would have on our fingertips. If our fingertips can feel a bump the thickness of one micron, imagine the sensitivity they have even as they slide over a touch-sensitive glass tablet, a glossy plastic mouse, or an anodized smooth track pad. The more our fingertips are required to touch, drag, swipe, and pinch, even over smooth surfaces, the more abrasive those surfaces become over time and the more those subtle abrasions wear on our skin. Glass becomes scratched, plastic becomes scuffed, and biological stains build up on anodized aluminum along with all other surfaces. The point being that these smooth surfaces end up hurting, if not annoying, our fingertips over time. If the fingertips are the equivalent of the fovea of our eyes, why subject ourselves to these increasingly painful disturbances and not return to using an…