First presented as a manifesto in the 1960s in Japan, "Metabolism" is a theory of architecture contending that "buildings and cities should be designed and developed in the same continuous way that the material substance of a natural organism is produced." From the time of Japan's postwar redevelopment to its period of rapid economic growth, the theory gave birth to grand visions of future cities, encouraged the realization of much experimental architecture, and also provided the foundation on which many of Japan's contemporary world-renowned architects and designers could build their careers. It is the most widely known modern architecture theory to have emerged from Japan. This exhibition is the first ever to pose the question of what significance Metabolism holds today. It draws on various documents and models to explore the thoughts and work of Tange Kenzo, which set the scene for the emergence of Metabolism, and the activities of the Metabolist architects and others during the 1960s up until Osaka's Expo '70, which in many ways was a showcase for the theory. It also represents an important opportunity to think about the necessity of archiving and preserving distinguished historical documents and records related to the movement.

Japan’s postwar urban imagination through the Metabolism architecture movement and visionary science fiction authors The devastation of the Second World War gave rise to imaginations both utopian and apocalyptic. In Japan, a fascinating confluence of architects and science fiction writers took advantage of this space to begin remaking urban design. In The Metabolist Imagination, William O. Gardner explores the unique Metabolism movement, which allied with science fiction authors to foresee the global cities that would emerge in the postwar era. This first comparative study of postwar Japanese architecture and science fiction builds on the resurgence of interest in Metabolist architecture while establishing new directions for exploration. Gardner focuses on how these innovators created unique versions of shared concepts—including futurity, megastructures, capsules, and cybercities—making lasting contributions that resonate with contemporary conversations around cyberpunk, climate change, anime, and more. The Metabolist Imagination features original documentation of collaborations between giants of postwar Japanese art and architecture, such as the landmark 1970 Osaka Expo. It also provides the most sustained English-language discussion to date of the work of Komatsu Sakyō, considered one of the “big three” authors of postwar Japanese science fiction. These studies are underscored by Gardner’s insightful approach—treating architecture as a form of speculative fiction while positioning science fiction as an intervention into urban design—making it a necessary read for today’s visionaries.

Even in a country where outstanding achievements have become almost a commonplace, the Japanese architect, Kisho Kurokawa, appears as both a remarkable and a remarkably successful man. With buildings in the United States and Eastern and Western Europe as well as in Japan, he has established an international reputation as a leading figure amongst the younger generation of architects. At the age of forty he already had thirty-five major buildings and seventeen books to his credit; four new towns are being built to his designs; he heads a company of over a hundred employees, he runs a think-tank and an urban design bureau and for variety he has his own television programme with a regular audience of some 30 million. Behind these statistics lies a prodigious vitality expressed in original and stimulating buildings. -- from book jacket.

"This edited book explores and promotes reflection on how the lessons of Metabolism experience can inform current debate on city making and future practice in architectural design and urban planning. Sixty years on from when the Metabolist manifesto was published, the authors' original contributions highlight the persistent links between present and past that can help to re-imagine new urban futures as well as the design of innovative intra-urban relationships and spaces. The essays are written by experienced scholars and renowned academics from Japan, Australia, Europe, S. Korea and the US and expose Metabolism's special merits in promoting new urban models and evaluate the current legacy of its architectural projects and urban design lessons. They offer a critical, intellectual, and up-to-date account of the Metabolism projects and ideas in the context of current evolution of architectural and urbanism discourse in a global context"--

Metabolism, the Japanese architectural avant-garde movement of the 1960s, profoundly influenced contemporary architecture and urbanism. This book focuses on the Metabolists’ utopian concept of the city and investigates the design and political implications of their visionary planning in the postwar society. At the root of the group’s urban utopias was a particular biotechical notion of the city as an organic process. It stood in opposition to the Modernist view of city design and led to such radical design concepts as marine civilization and artificial terrains, which embodied the metabolists’ ideals of social change. Tracing the evolution of Metabolism from its inception at the 1960 World Design Conference to its spectacular swansong at the Osaka World Exposition in 1970, this book situates Metabolism in the context of Japan’s mass urban reconstruction, economic miracle, and socio-political reorientation. This new study will interest architectural and urban historians, architects and all those interested in avant-garde design and Japanese architecture.

Megastructure proposals by the Japanese Metabolism group are commonly identified with the concept of utopia. Beyond this partial understanding, Agnes Nyilas suggests that rather than being merely utopian, the Megastructure of Metabolism represents a uniquely amalgam genre: the myth camouflaged as utopia. Although its Megastructure seemingly describes a desirable future condition as utopia does, it also comprises certain cultural images rooted in the collective (un)conscious of Japanese people, in accordance with the general interpretation of myth. The primary narrative of Beyond Utopia thus follows the gradual unfolding of the myth-like characteristics of its Megastructure. Myth is dealt here as an interdisciplinary subject in line with contemporary myth theories. After expounding the mechanism underlying the growing demand for a new myth in architecture (the origin of the myth), Part I discovers the formal characteristics of the Megastructure of Metabolism to give a hint of the real intention behind it. Based on this, Part II is a reexamination of their design methods, which aims to clarify the function of the myth and to suggest the meaning behind it. Finally, Part III deals with the subject matter of the myth by disclosing the meaning unfolding in the story, and suggests a new reading of Metabolism urban theory: as an attempt to reconsider the traditional Japanese space concept.

This open access book is the first to systematically introduce the principles of urban informatics and its application to every aspect of the city that involves its functioning, control, management, and future planning. It introduces new models and tools being developed to understand and implement these technologies that enable cities to function more efficiently – to become ‘smart’ and ‘sustainable’. The smart city has quickly emerged as computers have become ever smaller to the point where they can be embedded into the very fabric of the city, as well as being central to new ways in which the population can communicate and act. When cities are wired in this way, they have the potential to become sentient and responsive, generating massive streams of ‘big’ data in real time as well as providing immense opportunities for extracting new forms of urban data through crowdsourcing. This book offers a comprehensive review of the methods that form the core of urban informatics from various kinds of urban remote sensing to new approaches to machine learning and statistical modelling. It provides a detailed technical introduction to the wide array of tools information scientists need to develop the key urban analytics that are fundamental to learning about the smart city, and it outlines ways in which these tools can be used to inform design and policy so that cities can become more efficient with a greater concern for environment and equity.