Asynsis Constructal Press Release-251113

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Asynsis Principle presented @ Constructal Law conference Nanjing University of Science & Technology, 15 October 2013

Transcript of Asynsis Constructal Press Release-251113

  • 1. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comHong Kong Spin West Kowloon Cultural District Zhong-- Phi- A celebration of One-country Two-systems and symbolising the Asynsis principle-Constructal law of Design in NatureASYNSIS Press Release | 8 December 2013 ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised

2. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comTheAsynsis principle a transformative new optimal, sustainable design paradigmASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 3. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comNigel Anthony Reading RIBA LEED GA Design DirectorASYNSIS Architecture + DesignHong Kong-Australian raised, London educated, ARB-UK registered Eurasian bilingual Senior Architect and Interior Designer with substantial Masterplanning & Landscape design expertise. 25 Years of experience with over a decade in the Asia-Pacific including 7 years in Shanghai & Hong Kong-Macau, with numerous consultant, industry and stakeholder contacts. Design, construction and operations optimisation method pioneer and sustainable design thought-leader. Designer for Shangri-La-Kerry Parkside, Grand Hyatt-City of Dreams & Galaxy Macau, Disney-Shanghai, InterIKEA-China, Tianjin EcoCity-Keppel Land, BBC World, NM Rothschild & Sons, Eden Project, London Overground, Westfield, Maitreya Buddha and Hong Kong Spin. Chartered member of the RIBA, founder member of RIBA-HK chapter and USGBC LEED GA accredited. ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 4. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comASYNSIS: Form follows Flow - Da Vinci's Other Code Da Vinci's Dynamical Divine Proportion - Optimally Sustainable Cosmomimetic Complexity in Time A transformative new optimal, sustainable and beautiful design paradigm for the built environment and beyondASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 5. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comWhy the Geometry of Nature is Fractal (in both Space and Time) Form follows Flow: Is there a New Geometric Thermodynamics Law? A Transformative new Universal Paradigm for Beautiful, Optimal & Sustainable DesignASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 6. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comAsynsis principle - an architect's transformative co-discovery of a new universal design, development and operations paradigm fundamentally related to canons of aesthetic beauty in art, architecture and design; for a more sustainable and optimal built environment that epitomises the Triple bottom line of People, Profit, Planet. Nigel Anthony Reading RIBA LEED GA Design Director, Asynsis Architecture + Design http://wp.me/p1zCSP-3q via https://twitter.com/ASYNSIS ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 7. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comConstructal law is a new optimal, sustainable design law of nature & culture that shows our stakeholders exactly how to best emulate, then preserve nature while creating a more harmonious relationship with the planetary biosphere by mapping Constructal law rules and axioms onto our society. Those rules apply particularly to the design and construction industries. Those rules show that nature innately evolves to facilitate all flows and the freedoms of those flows to morph and autonomously create new designs, often enhancing their beauty & complexity. This law explains why the geometry of nature is fractal. It also explains why both nature and culture, animate and inanimate, follow these same evolutionary, complexity-enhancing flows. Asynsis is the transformative, paradigm-shifting bridge of optimal, analogical Cosmomimetic design that unifies the arts and the sciences by best visualising the geometric signatures, the spatio-temporal architectures of the Constructal law, as established when Professor Adrian Bejan, Distinguished Professor of Mechanical Engineering at the Pratt Engineering School, Duke ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 8. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comUniversity (in an unprecedented meeting between design leaders from both the sciences and arts), invited Nigel Reading RIBA, Design Director of Asynsis Architecture + Design to present the Asynsis principle at the Constructal Law conference, Nanjing University of Science and Technology, in Nanjing, China on October 14-15, 2013.ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 9. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comDesign in nature is ultimately, a physics phenomenon that optimally facilitates anything that flows, be they currents of energy, matter, resources or information. So those flows, given freedom morph and evolve systems towards greater power capacity, robustness and complexity by developing multi-scale modularity. The optimal geometries of those flows in space and in time, are self-similar at varying scales, and they are geometrically fractal because of Constructal thermodynamic behaviours, following the analogically optimal, Asynsis principle. Crucially, these local currents always flow by consuming the least mass-energy whilst also producing the most global entropy for export. They are also computationally the most efficient feedback-led, self-similar geometries for processing and storing information and are therefore the most optimal and sustainable of processes in nature for allowing systems to evolve, learn and persist over time despite their emergence within environments that are in constant flux. So they are also optimally sustainable because they are the most stable, the most resistant to perturbations and the most robust whilst critically, consuming the least energy & resources, over ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 10. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comtime, despite that flux. In geometric terms, Period 2 bifurcations are the lowest-energy dynamical behaviours that are possible, they are the epitome of the Asynsis geometries that Nigel discovered in his published peer-reviewed research at the University of Westminster and the British Library in London. esASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 11. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comThese geometries also most homogeneously, robustly and adaptively distribute imperfections within dynamical systems and allow for the most irreducibly complex repertoire of states. In information processing terms, these innate geometries allow nature to self-organise, to design itself and optimally approach states that can perform universal computation for the least cost, in effect - allowing "order for free" in the right conditions of far from equilibrium dissipative processes, open systems which have the inputs of energy and outputs of exported entropy.ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 12. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comThe exemplary examples? Life & Human consciousness itself, and collectively Human society. These analogical, optimal geometric processes allow systems to lower their local entropies for finite, extended transient periods (by exporting it), just like certain classes of cellular automata, or artificial life simulations seen in computer models.These processes are also entirely innate within nature, no external agency is required. ASYNsis Architecture + Design LtdForm follows Flow: More for Less | Ideas Realised 13. asynsisArchitecture + Design Form follows FlowShanghai | Hong Kong | London +86 159 0040 4248 | +852 9370 1841 | asynsis@me.com asynsis.wordpress.com | twitter.com/ASYNSIS | asynsis.comBroad boulevards of possibilities, continual, finite multiscalar recursion yielding infinite creativity, inevitably results in the right circumstances - and those optimal geometries are Asynsis ones. What we believe we have co-discovered then, is an innate, dynamical systems geometric constant that automatically codes for increasing local complexity and order in certain far-from equilibrium cond