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Brain Landscape: The Coexistence of Neuroscience and Architecture is the first book to serve as an intellectual bridge between architectural practice and neuroscience research. John P. Eberhard, founding President of the non-profit Academy of Neuroscience for Architecture, argues that increased funding, and the ability to think beyond the norm, will lead to a better understanding of how scientific research can change how we design, illuminate, and build spaces. Inversely, he posits that by better understanding the effects that buildings and places have on us, and our mental state, the better we may be able to understand how the human brain works. This book is devoted to describing architectural design criteria for schools, offices, laboratories, memorials, churches, and facilities for the aging, and then posing hypotheses about human experiences in such settings.
Architects have long been uncertain about how the spaces and buildings they design affect the people who inhabit these environments on a neurological level. Regardless of this, mankind has long been the biological by product of our environmental context and the spaces we inhabit throughout our lives. Fred H. Gage, professor and Research Chair on Age-Related Neurodegenerative Diseases at the Laboratory of Genetics of the Salk Institute, wrote the following in a forward to John P. Eberhard's book Brain Landscape: The Coexistence of Neuroscience and Architecture: "I contend that architectural design can change our brains and behavior. The structures in the environment -- the houses we live in, the areas we play in, the buildings we work in -- affect our brains and our brains affect our behavior. By designing the structures we live in, architects are affecting our brains. The different spaces in which we live and work are changing our brain structures and our behaviors, and this has been going on for a long time." In an era rich with expansive knowledge into the inner working of our brains and how they continuously develop, the architects of today are challenged to venture deeper in their understanding of design impact on the mind and the resultant development of their fellow man. By harnessing the knowledge of how architecture influences neurons of the brain, future architects can employ a more sophisticated set of design tools to ensure that intended design outcomes result from their work.
"Each brain enlivens a body in interaction with the social and physical environment. Peter Zumthor's Therme at Vals exemplifies the interplay of interior with surroundings, and ways the actions of users fuse with their multi-modal experience. The action-perception cycle includes both practical and contemplative actions. We analyze what Louis Sullivan meant by "form ever follows function" but will more often talk of aesthetics and utility. Not only are action, perception and emotion intertwined, but so are remembering and imagination. Architectural design leads to the physical construction of buildings - but much of what our brains achieve can be seen as a form of mental construction. A first look at neuroscience offers schema theory as a bridge from cognitive processes to neural circuitry. Some architects fear that neuroscience will strip the architect of any creativity. In counterpoint, two-way reduction explores how neuroscience can "dissect" phenomenology by showing how first-person experiences arise from melding diverse subconscious processes. This raises the possibility that neuroscience can extend the effectiveness of architectural design by showing how different aspects of a building may affect human experience in ways that are not apparent to self-reflection"--
Architecture is a Verb outlines an approach that shifts the fundamental premises of architectural design and practice in several important ways. First, it acknowledges the centrality of the human organism as an active participant interdependent in its environment. Second, it understands human action in terms of radical embodiment—grounding the range of human activities traditionally attributed to mind and cognition: imagining, thinking, remembering—in the body. Third, it asks what a building does—that is, extends the performative functional interpretation of design to interrogate how buildings move and in turn move us, how they shape thought and action. Finally, it is committed to articulating concrete situations by developing a taxonomy of human/building interactions. Written in engaging prose for students of architecture, interiors and urban design, as well as practicing professionals, Sarah Robinson offers richly illustrated practical examples for a new generation of designers.
This book provides eloquent support for the idea that spontaneous neuron activity, far from being mere noise, is actually the source of our cognitive abilities. In a sequence of "cycles," György Buzsáki guides the reader from the physics of oscillations through neuronal assembly organization to complex cognitive processing and memory storage. His clear, fluid writing-accessible to any reader with some scientific knowledge-is supplemented by extensive footnotes and references that make it just as gratifying and instructive a read for the specialist. The coherent view of a single author who has been at the forefront of research in this exciting field, this volume is essential reading for anyone interested in our rapidly evolving understanding of the brain.
Includes appendix, index
Recent neuroscience, in replacing the old model of the brain as a single centralized source of control, has emphasized plasticity,the quality by which our brains develop and change throughout the course of our lives. Our brains exist as historical products, developing in interaction with themselves and with their surroundings.Hence there is a thin line between the organization of the nervous system and the political and social organization that both conditions and is conditioned by human experience. Looking carefully at contemporary neuroscience, it is hard not to notice that the new way of talking about the brain mirrors the management discourse of the neo-liberal capitalist world in which we now live, with its talk of decentralization, networks, and flexibility. Consciously or unconsciously, science cannot but echo the world in which it takes place.In the neo-liberal world, plasticitycan be equated with flexibility-a term that has become a buzzword in economics and management theory. The plastic brain would thus represent just another style of power, which, although less centralized, is still a means of control. In this book, Catherine Malabou develops a second, more radical meaning for plasticity. Not only does plasticity allow our brains to adapt to existing circumstances, it opens a margin of freedom to intervene, to change those very circumstances. Such an understanding opens up a newly transformative aspect of the neurosciences.In insisting on this proximity between the neurosciences and the social sciences, Malabou applies to the brain Marx's well-known phrase about history: people make their own brains, but they do not know it. This book is a summons to such knowledge.
Health and happiness are fundamental to human quality of life. The United Nations World Happiness Report 2012 reflects a new worldwide call for governments to include happiness as a criterion to their policies. The Healthy Cities or Happy Cities movement has been endorsed by the WHO since 1986, and a Healthy House or Happy Home is a critical constituent of a healthy city or a happy city. Nevertheless, the concept has not been fully explored. Existing literature on the healthy house has often focused on the technical, economic, environmental, or biochemical aspects, while current scholarship on the happy home commonly centers on interior decoration. Few studies have addressed the importance of social and cultural factors that affect the health and happiness of the occupants. Identifying four key themes in Chinese philosophy to promote health and happiness at home, this book links architecture with Chinese philosophy, social sciences, and the humanities, and in doing so, argues that Architectural Multiculturalism is a vital ideology to guide housing design in North America. Using both qualitative and quantitative evidence gathered from ethnic Chinese and non-Chinese living in the USA and Canada, the study proposes that the Courtyard is a central component to promote social and cultural health and happiness of residents. It further details courtyard garden house design strategies that combine a sense of privacy with a feeling of community as represented in courtyard housing. The schemes may have universal implications.
After decades of research on minds and brains and a decade of conversations with architects, Michael Arbib presents When Brains Meet Buildings as an invitation to the science behind architecture, richly illustrated with buildings both famous and domestic. As he converses with the reader, he presents action-oriented perception, memory, and imagination as well as atmosphere, aesthetics, and emotion as keys to analyzing the experience and design of architecture. He also explores what it might mean for buildings to have "brains" and illuminates all this with an appreciation of the biological and cultural evolution that supports the diverse modes of human living that we know today. These conversations will not only raise the level of interaction between architecture and neuroscience but, by explaining the world of each group to the other, will also engage all readers who share a fascination with both the brains within them and the buildings around them. Michael Arbib is a pioneer in the interdisciplinary study of computers and brains and has long studied brain mechanisms underlying the visual control of action. His expertise makes him a unique authority on the intersection of architecture and neuroscience.