Emergence is one of the most exciting new fields in architecture today, gaining interest from not only academics and students but also leading professionals, with directors from Fosters, Arup and Bentley Systems all attending the most recent symposium on the subject at the Architects Association, London. As a concept, Emergence has captured the zeitgeist, embodying the pervasive cultural interest in genetics and biological sciences. In the sciences, Emergence is an explanation of how natural systems have evolved and maintained themselves, andit has alsobeen applied to artificial intelligence, information systems, economics and climate studies. The potential of the mathematics of Emergence that underlie the complex systems of nature is now being realised by engineers and architects for the production of complex architectural forms and effects, in advanced manufacturing of ‘smart’ materials and processes, and in the innovative designs of active structures and responsive environments. The first book to provide a detailed exploration of the architectural and engineering consequences of this paradigm, and adetailed analysis of geometries, processes and systems to be incorporated into new methods of working. Sets out a new model of ‘Metabolism’ that uses natural systems and processes as a model far beyond the minimising environmental strategies of ‘sustainability’. www.architectureofemergence.om
Michael Weinstock RIBA
Director Research and Development
Director, Emergent Technologies and Design
Michael Weinstock is an Architect. Born in Germany, lived as a child in the Far East and then West Africa, attended an English public school. Ran away to sea at age 17 after reading Conrad. Years at sea in traditional sailing ships, with shipyard and shipbuilding experience. Studied Architecture at the Architectural Association and has taught at the AA School of Architecture since 1989. Founder and Director of Emergent Technologies Masters Programme.
Research Interests
Michael Weinstock’s research interest lies in exploring the convergence of Biomimetic Engineering, Architecture, Emergence and Material Sciences and has published widely on these topics since 1989. The potential of the convergence for the materialisation of intelligent materials, structures, and ultimately, the organisation of Cities, provides the motivation and suggests the long-term goal. Acadia Award for Excellence 2008.
Lectures and Educational collaborations have included
Keynote lecture/paper – 2009 International Symposium ‘From Insect Nests to Human Architecture’, European Centre for Living Technology, Venice
Keynote lecture/paper– Acadia 2008 ‘Silicon and Skin’, Minneapolis
-International Advisor and Board Member, Technical University of Delft, Doctoral Research programme.
-lecturer at Yale University,
-Visiting Professor at Universite Romatre, Rome,
-Visiting Professor to the Genetic Architecture research programme at ESARQ, Barcelona, Director of ‘Taller Vertical’
- and collaborations with Prof. George Jeronimides and the Center of Biomimetics at the University of Reading, Wolf Mangelsdorf and Buro Happold, and with Achim Menges at the Institute of Computational Design, Stuttgart University.
In press
‘THE ARCHITECTURE OF EMERGENCE - the Evolution of Form in Nature and Civilisation
WILEY ACADEMY, Michael Weinstock, London, (2010)
‘EMERGENT TECHNOLOGIES AND DESIGN - Towards a Biological Paradigm for Architecture’, Hensel, Menges and Weinstock, ROUTLEDGE, London, (2010)
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这本书的封面设计就给我一种深深的吸引力,那种线条的流动感和色彩的层次感,仿佛在诉说着一种超越静态结构的动态美学。我原本以为这会是一本偏向纯理论的学术著作,但翻开序言后,我立刻被作者那种深入浅出、娓娓道来的叙事方式所折服。它并没有急于抛出复杂的公式或模型,而是先从我们日常生活中最能感知到的现象入手——比如一片雪花的形成、或者市场波动的不可预测性——来构建起一个关于“涌现”的直观理解。特别是其中关于复杂系统的案例分析,那种将原本看似无关的元素串联起来,展示出整体如何拥有独立于部分之上的特性的论述,让人读来酣畅淋漓。它不像某些科普读物那样流于表面,而是带着一种对底层逻辑的敬畏和探索欲,让你在阅读的过程中,不断地反思自己过去对“秩序”和“随机”的刻板印象。读完第一章,我立刻感觉自己的思维边界被拓宽了,对于理解自然界和人类社会中那些无法被完全预测的现象,有了一种全新的观察视角和分析工具。
评分这本书的文字风格极其具有画面感,常常让人感觉像是在阅读一部关于宇宙演化的史诗,充满了宏大叙事的气魄,但同时又不失对微小细节的精准捕捉。作者善于运用类比,但这些类比绝非俗套的修辞,而是经过深思熟虑、能够精准映射到复杂系统运作机制的工具。例如,他描述信息在网络中传播的路径时,那种比喻的选择,瞬间就让一个原本抽象的数学模型具象化了。这种叙事上的高超技巧,使得即便是首次接触复杂性科学的读者,也能轻松地跟上思路。我常常在阅读过程中,会产生一种强烈的共鸣感,仿佛作者就是在读我的心,把那些我模糊感受到的、却无法用语言表达出来的世界运行的规律,清晰地呈现在我面前。这已经超越了一本专业书籍的范畴,更像是一次与一位深刻洞察世界的思想家进行的深度对话。
评分这本书最让我震撼的地方,在于它对未来可能性的哲学暗示。它没有止步于描述“事物是如何成为现在的样子”,而是深刻地探讨了“事物如何可能成为其他样子”。这种前瞻性和对潜在秩序的挖掘,赋予了文本一种令人兴奋的张力。它似乎在暗示,我们对现实的理解远未完成,总有新的结构和功能会从看似随机的交互中迸发出来。这种对未知的开放态度,对于任何从事创新工作的人来说,都是一种极大的精神鼓舞。它提供的不是一套固定的方法论,而是一种持续探索的哲学心态。合上书本的那一刻,我没有感到知识的满足,反而产生了一种强烈的行动欲——想要回到自己的领域,去尝试用这种新的视角去解构和重组现有的问题。这本书成功地将一个高深的学术概念,转化成了一种驱动个人实践和思想革新的强大内在动力。
评分说实话,这本书的阅读体验是需要投入精力的,它不属于那种可以让你在通勤路上轻松翻阅的读物。里面的某些章节,特别是关于非线性动力学的部分,确实需要我停下来,反复咀嚼作者的每一句话,甚至需要借助外部资料来辅助理解。然而,这种“挑战性”恰恰是它价值的体现。它不是在迎合读者的舒适区,而是在邀请你一起进入一个更为广阔和复杂的思维领域。我尤其喜欢作者在阐述复杂性时所保持的那种谦逊态度——他清楚地界定了一个理论的适用边界,并且坦诚地指出了当前研究的局限性。这种严谨的学术风范,让这本书的论断更具说服力。它教会我的不仅仅是关于“涌现”的知识,更是一种对待知识应有的审慎和求真精神。读完后,我发现自己看待新闻报道、商业趋势甚至人际关系时,都不自觉地开始从更宏观、更动态的角度去剖析,这是一种非常深刻的思维模式转变。
评分这本书的论证逻辑严密得像是一部精密的钟表结构,每一个章节的推进都像是齿轮的精准啮合,环环相扣,几乎找不到可以被质疑的逻辑漏洞。我特别欣赏作者在处理不同学科交叉时的那种游刃有余。它巧妙地在生物学、信息论和哲学之间架起了一座桥梁,而不是简单地罗列不同领域的知识点。这种跨学科的综合性,使得“涌现”这个概念不再是一个抽象的哲学名词,而是成为了一个可以被工具化、可以被应用于解决实际问题的分析框架。其中关于自组织理论的探讨,简直是教科书级别的呈现,它没有使用太多晦涩的行话,而是通过一系列精心设计的思想实验,将那些原本高深莫测的原理,转化为清晰可感的画面。那种层层剥茧,最终揭示出事物内在统一性的过程,带来的智力上的愉悦感是难以言喻的。对于那些寻求深度分析工具而非简单答案的读者来说,这本书无疑是一份极其宝贵的财富。
评分讨论范围满广的其实。。。
评分按这本书说,设计师应该同时是“风水大师”
评分按这本书说,设计师应该同时是“风水大师”
评分讨论范围满广的其实。。。
评分讨论范围满广的其实。。。
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