Abstract
The Neuroaesthetics-informed approach to the urban environment examines how the sensory properties of buildings, streets, and public spaces are processed by the human brain, and how this processing affects health, well-being, and behavior. Drawing on neuroscience, psychology, and architectural research, it examines how attributes such as organized visual complexity, fractal structure, materiality, color, light, scale, and spatial configuration shape perceptual fluency, stress regulation, affective states, cognition, and even influence social interaction in cities. The literature discussed was identified through targeted searches of peer-reviewed journals in neuroscience, psychology, architecture, urban design and public health, with emphasis on studies examining perceptual processing, affective responses, psychophysiological indicators, and health-related proxies in relation to environmental form, as opposed to general environmental health work. Practical applications are discussed.