Jeanne Tsai conducts culture-based research on emotions and her findings are useful to anyone attempting to develop places or objects that support desired emotional experiences. Dawson, reporting on the 2017 International Conception of Psychological Science in Vienna states that “Tsai and her collaborators have found that. . . .
Any Designed Environment
Buechel and Townsend investigated how people decide which products to buy and the repercussions of those decisions. The team reports that their “research identifies a systematic error in consumers’ preferences and predicted liking for product aesthetics. Consumers predict a faster decrease in liking for high (vs.
Researchers and others struggling to make sense of experience-related data may find useful insights in a study conducted by Ratner and colleagues and published in Policy Insights from the Behavioral and Brain Sciences. The Ratner group reports that “Over-the-counter pain medicine such as Ibuprofen and acetaminophen may influence how people process information, experience hurt feelings, and react to emotionally evocative images, according to recent studies. . .
Research by Hayakawa and Keysar indicates that when design-related decisions are being made the language being used in a space and the language that design research was conducted in should be carefully considered. The team report that “Mental imagery plays a significant role in guiding how we feel, think, and even behave. These mental simulations are often guided by language, making it important to understand what aspects of language contribute to imagery vividness and consequently to the way we think. Here, we . . .
Having (aesthetic) taste and intelligence seem to be linked. Myszkowski and colleagues found that “What makes individuals experts in judging aesthetic value is actively researched in a variety of ways. In the visual domain, one classical paradigm—used in ‘T’ (for Taste) tests (Eysenck, 1983)—consists in comparing one’s evaluative judgments of beauty with a standard judgment—provided by consensual or expert agreement. . . . We found [via a meta-analysis] a significant positive . . . correlation between g [general intelligence] and ‘T’ . . .
New research indicates how important it is to block the flow of environmental sound (from aircraft, trucks, trains, etc.) into buildings and to reduce outside noise levels via traffic routing/management, building orientation, etc. Munzel and his team report that “Noise has been found associated with annoyance, stress, sleep disturbance, and impaired cognitive performance. . . . studies have found that environmental noise is associated with an increased incidence of arterial hypertension, myocardial infarction, heart failure, and stroke. . . .
Research with rats confirms that being in dim light may not be good for our cognitive performance (“Does Dim Light Make Us Dumber,” 2018). Previous research has linked brighter light with improved “cognitive performance in school children, healthy adults, and patients in early stages of dementia” (Soler, Robison, Nunez, and Yan, in press). The Michigan State press release states that “Spending too much time in dimly lit rooms and offices may actually change the brain's structure and hurt one's ability to remember and learn.” It reports that the Soler lead team “studied the brains of . .
Pohl, Gabriel, and Hubner set out to learn how to improve wind farm residents’ responses to wind turbine noise. Their findings are useful whenever some people may be less than happy with designed conditions. The research team learned via interviews with people living in a wind farm in Germany that “Noise annoyance was minimally correlated with distance to the closest WT [wind turbine] and sound pressure level, but moderately correlated with fair planning. . . .
Cognitive science research in urban and other settings regularly shows that people are people no
Designed and natural spaces can inspire awe in humans. How do they produce this effect and why d