Neuro-adaptive architecture: Buildings and city design that respond to human emotions, cognitive states

Abstract

Neuro-adaptive architecture has emerged as an interdisciplinary field aiming to cultivate buildings and urban environments responsive to human emotions, cognition, and well-being. Technological advances now enable unprecedented monitoring of occupants' psychological states through unobtrusive sensors, as well as adaptive modulation of environments via “smart” architectural components. If developed responsibly, these advancements hold great potential to optimize human experience and flourishing within the built milieu. However, they also present complex ethical challenges regarding privacy, consent, data security, globalization and equitable access that require thoughtful consideration. This paper provides a comprehensive review and synthesis of the opportunities and dilemmas at the nexus of neuroscience, architecture, and urban planning. Drawing from research worldwide, it examines the multidimensional issues involved and strategies for addressing them through participatory and empathic design practices. Case studies of experimental neuro-adaptive projects are discussed and recommendations provided for longitudinal evaluation of impacts on health, social outcomes, and well-being. Concepts such as cognitive ergonomics, sensory perception and emotional design, restorative urbanism, and adaptive living interfaces are explored through diverse methodologies and design hypotheses are provided for future interdisciplinary collaboration. Overall, this paper argues that responsibly optimized neuro-adaptive architecture could enhance human thriving in complex urban environments, but precautions are necessary to avoid risks to autonomy, equity or unintended consequences. Continued rigorous interdisciplinary work is imperative to navigate these opportunities and challenges, with consideration of technical, social and ethical implications at individual and societal levels.