欢迎加入全球首届
环境空间・情感和神经美学跨学科国际会议
2025年8月22–25日 | 中国·上海
本次会议由中国顶尖研究机构同济大学设计创意学院主办，旨在汇聚全球学者与实践者，共同探索空间设计中的情感维度与疗愈潜力。围绕神经美学、情感建筑及疗愈艺术与设计三大核心议题，会议诚邀相关领域的研究者投稿，共同推动跨学科研究与未来设计发展的全球对话。
展览概览
参观指南
We proudly unveil Emotive Transformation "曲折" — Suffused Blossom #8, a full-scale, 3D-printed spatial installation fusing neuroaesthetics with architectural innovation. Designed as a direct emotional stimulus for groundbreaking research, this collaborative creation by neuroaesthetics researchers and architects marks a pivotal advance: it is the first purpose-built physical environment for a neuroaesthetics experiment, where architectural space itself triggers emotional and physiological responses to explore the interplay between spatial forms and human experience.
This experiment pioneers a design-integrated research paradigm for neuroarchitecture, treating architectural form not merely as an object of evaluation but as a structured generator of perceptual and behavioral data. Unlike isolating variables for hypothesis-driven analysis, the framework embeds experimentation within architectural design workflows, enabling iterative testing across representational and immersive formats. It supports distributed, practice-based inquiry, scales to real-world projects, and facilitates the emergence of perceptual patterns through collective investigation—thereby empowering the architectural field to leverage AI for truly evidence-based design. By aligning scientific rigor with architectural complexity, this approach fosters interdisciplinary collaboration focused on measuring spatial experiences and shaping the environments in which they unfold.
展览概览
参观指南
We proudly unveil Emotive Transformation "曲折" — Suffused Blossom #8, a full-scale, 3D-printed spatial installation fusing neuroaesthetics with architectural innovation. Designed as a direct emotional stimulus for groundbreaking research, this collaborative creation by neuroaesthetics researchers and architects marks a pivotal advance: it is the first purpose-built physical environment for a neuroaesthetics experiment, where architectural space itself triggers emotional and physiological responses to explore the interplay between spatial forms and human experience.
This experiment pioneers a design-integrated research paradigm for neuroarchitecture, treating architectural form not merely as an object of evaluation but as a structured generator of perceptual and behavioral data. Unlike isolating variables for hypothesis-driven analysis, the framework embeds experimentation within architectural design workflows, enabling iterative testing across representational and immersive formats. It supports distributed, practice-based inquiry, scales to real-world projects, and facilitates the emergence of perceptual patterns through collective investigation—thereby empowering the architectural field to leverage AI for truly evidence-based design. By aligning scientific rigor with architectural complexity, this approach fosters interdisciplinary collaboration focused on measuring spatial experiences and shaping the environments in which they unfold.
会议概览
住宿指南
We proudly unveil Emotive Transformation "曲折" — Suffused Blossom #8, a full-scale, 3D-printed spatial installation fusing neuroaesthetics with architectural innovation. Designed as a direct emotional stimulus for groundbreaking research, this collaborative creation by neuroaesthetics researchers and architects marks a pivotal advance: it is the first purpose-built physical environment for a neuroaesthetics experiment, where architectural space itself triggers emotional and physiological responses to explore the interplay between spatial forms and human experience.
This experiment pioneers a design-integrated research paradigm for neuroarchitecture, treating architectural form not merely as an object of evaluation but as a structured generator of perceptual and behavioral data. Unlike isolating variables for hypothesis-driven analysis, the framework embeds experimentation within architectural design workflows, enabling iterative testing across representational and immersive formats. It supports distributed, practice-based inquiry, scales to real-world projects, and facilitates the emergence of perceptual patterns through collective investigation—thereby empowering the architectural field to leverage AI for truly evidence-based design. By aligning scientific rigor with architectural complexity, this approach fosters interdisciplinary collaboration focused on measuring spatial experiences and shaping the environments in which they unfold.