GREENwichFORUM Events in architecture, art, literature and ‘nature’ that can better effect our views of the environment and eco crisis of today..x 2009-06-02T10:47:03Z WordPress http://www.greenwichforum.net.php5-7.dfw1-2.websitetestlink.com/feed/atom/ mark <![CDATA[Rachel Armstrong]]> http://www.greenwichforum.net/?p=279 2009-06-02T10:47:03Z 2009-06-02T10:47:03Z
Living Buildings By Rachel Armstrong Living Technology offers powerful new materials, tools and methods of assembly for the built environment. The application of Living Technology to architectural practice results in the genesis of Living Buildings. This new approach to the built environment changes the way that we think about and engage with issues of sustainability. Living Buildings are [...]]]>

Living Buildings

By Rachel Armstrong

Living Technology offers powerful new materials, tools and methods of assembly for the built environment. The application of Living Technology to architectural practice results in the genesis of Living Buildings. This new approach to the built environment changes the way that we think about and engage with issues of sustainability.

Living Buildings are enabled by the creation of Metabolic Materials, which are substrates that are directly engage in energetic exchanges with nature so that architecture actually becomes part of the biosphere and is not separate from it. In the same way that biological systems respond to changes in the environment through their metabolic pathways, Living Buildings are also able to respond to environmental changes through their metabolic materials since the outcomes of these couplings with the natural world result in chemical changes with observable effects such as growth, colour change, differentiation or movement. In this way, Living Buildings possess some of the properties of living systems and may be thought of as being ‘alive’.

This new approach to the built environment changes the way in which we think about and engage with issues of sustainability. The current model of sustainability within the practice of the built environment is based on twentieth century technologies and manufacturing processes that are centralized, mechanised, resource-hungry and produce homogenous inert materials. Consequently these methods effectively strip the natural world of its resources at a much faster rate than it is possible to replace them. In order to reduce the toxicity of these processes to the environment our current approach to sustainable architectural practice is to effectively insulate human activity from the natural world, or at the very least limit the amount of energy used in building practice. This approach is also not sustainable as a longer-term solution to urban sustainability, since humans need to consume natural resources in order to survive.

A new approach to sustainability is therefore required that acknowledges that humans must consume resources for survival and which is able to engage directly in an exchange of energy with the natural world so that it is environmentally responsive. Neil Spiller’s AVATAR (Advanced Virtual And Technological Architectural Research) group is conducting scientific experiments with functional and design outcomes into the production of Metabolic Materials in order to explore the possibility of a new way of thinking about sustainable architectural practice by collaborating with international scientists who are leaders in their respective fields that are derived from Synthetic Biology, Complex Chemistry and Origins of Life Sciences. Uniquely, these architectures are grown from their fundamental components rather than being assembled by following an architectural blueprint that constitutes a bottom-up approach to architectural practice.

Chemist Martin Hanczyc and architect Christian Kerrigan from Neil Spiller’s AVATAR group are investigating the applications of protocell technology in an architectural context. Protocells are the precursors of synthetic cells based on lipid chemistry as the containers for a number of species of different metabolisms, provides an opportunity to generate Metabolic Materials with ‘unnatural’ properties such as being able to remove toxins or nanoparticles from the environment and process them into safer substances. Current research into the architectural properties of the protocells is at an experimental laboratory stage of development and experiments are ongoing to investigate the ability of the protocells to produce a solid precipitate, to solve a complex environment and to produce an autonomously generated sculpture. The work is at an early stage of development but protocells are envisaged to have a large range of potential applications in the built environment from protective paints that are able to replenish in UV light, to the production of carbon-dioxide fixing rock that could heal damaged coral reefs and provide environmental ‘immune systems’ that are able to clean up contaminated sites.

Metabolic Materials raise ethical, cultural and social questions that are ideally placed for public engagement in an architectural context owing to its focus on human issues and its innate interdisciplinarity spanning disciplines such as town planning, engineering, history and critical theory and design. The existence of these materials will require us to think differently about the potential of our cities where every possible surface could contribute to improving the environmental health of the metropolis, filter pollutants, augment urban spaces and have a life cycle where non-functional Living Buildings may decay and be recycled when hey are no longer in use. In reality we are likely to see a gradual transition from twentieth century processes to twenty first century approaches through the development of self-regenerating surface protectants, hybrid metabolic materials where living systems such as bacteria are structurally supported and nurtured using traditional building materials such as sandstone, the development of artificial ecologies where Living Buildings work together to achieve an outcome and finally, the possibility of Living Cities will emerge that will be as varied in their forms and metabolism as we currently see in nature.

www.avatarlondon.org

Dr Rachel Armstrong “The best way to predict the future is to design it”—Buckminister Fuller http://www.bartlett.ucl.ac.uk/people/A_armstrong_rachel.htm

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mark <![CDATA[Alan Powers]]> http://www.greenwichforum.net/?p=268 2009-06-02T09:51:15Z 2009-06-02T09:51:15Z
‘The nine mens Morris is fild up with mud, And the quaint Mazes in the wanton greene, For want of tread are undistinguishable. The human mortals want their winter here, No night is now with hymne or carol blest; Therefore the Moone (the governesse of floods) Pale in her anger, washes all the aire; That Rheumaticke diseases do abound. And through this distemperature, [...]]]>

‘The nine mens Morris is fild up with mud,
And the quaint Mazes in the wanton greene,
For want of tread are undistinguishable.
The human mortals want their winter here,
No night is now with hymne or carol blest;
Therefore the Moone (the governesse of floods)
Pale in her anger, washes all the aire;
That Rheumaticke diseases do abound.
And through this distemperature, we see
The seasons alter; hoared headed frosts
Fall in the fresh lap of the crimson Rose,
And on old Hyems chinne and Icie crowne,
An odorous Chaplet of sweet Sommer buds
Is as in mockery set. The Spring, the Sommer,
The childing Autumne, angry Winter change
Their wonted Liveries, and the mazed world,
By their increase, now knowes not which is which;
And this same progeny of evils,
Comes from our debate, from our dissention,
We are their parents and originall.’

This (in original spelling) is a speech by Titania, the Fairy Queen, from the second act of William Shakespeare’s A Midsummer Night’s Dream, dating from the 1590s.

It can be interpreted today as a statement about climate change from a pre-scientific age. What it says is that the argument between the king and queen of fairlyland, which is explained in the play, is the cause for the seasons getting out of joint, and people on earth being confused and unhappy.

This introduces the theme I want to discuss – the relationship between our understanding of the nature of the world, and the effect this has had on the physical reality. Tragically, we are now seeing precisely the sort of effects that Shakespeare described, of freak weather events, shifting seasonal patterns, leading to species extinction and the disturbance of interconnected ecological relationships.

In twenty minutes, I don’t have much time to connect this discussion to architecture. I would say, however, that architecture plays two roles in respect of climate change.

One could be described as its purposive role. I think you will all be familiar with this.
In the purposive role, buildings can be seen as a cause of resource use resulting in carbon emissions from embodied energy, construction costs and operational activity, introduction of toxic materials, rainwater run-off, urban heat island effect and other bad things. By the same token, they can reduce these adverse effects and even reverse them, becoming close to carbon neutral in construction and operation, and capable of hosting energy producing sources, from sun, wind and earth.

Purposive action need not be confined to buildings, even for architects. If you find you haven’t got buildings to design in the next few years, think about what else you can do. The American architect William McDonough’s book, Cradle to Cradle is a source of inspiration on the question of recycling. Strangely, for a green writer, he is against recycling as currently understood. In his view, recycling is what used to happen when you took your glass bottles back to the off licence or corner shop and they were returned to the bottling plant to be filled up again (and again and again ad infinitum). That was OK, if the distances were short, but today what is called recycling is nearly all ‘downcycling’, in which energy is used to reduce things to dust or molten state before the elements are then fed back through the industrial system, usually resulting in something of lower quality. Eventually, the material can be downcycled no more and becomes waste. McDonough shows the way to a situation where every component would be designed so that it could be re-used without processing, either to perform its original function, or a different one that was anticipated in the design.

Knowing what we know about climate change, we cannot in conscience aim to produce anything less than the best for new construction, and we need also to apply these remedies retrospectively to existing structures as fast as we can.

This doesn’t, however, deal with the root causes of the quarrel in fairyland. If enough people are to take purposive action, they could probably benefit from a deeper level of understanding than simply hedging their bets against disaster and half-denying its reality. The weakness of political process in relation to climate change shows the failure of imagination and understanding shown by all but a few. If you begin to understand the connections between cause and effect in the disruption of nature that has led to climate change, and see the way nature works through the lenses of both art and science, then participation in the rescue effort acquires a more profound meaning, and just might work. At least, this is where the creative arts can play a role, and the task of trying to salvage something from the mess could have a better chance.

Theory
Architectural theory is closely bound up with theories about nature. These have purposive and symbolic components, and sometimes, especially in pre-modern cultures, the two aspects were closely allied.

Origin myths are important for architecture’s grounding assumptions. When Vitruvius wrote about the classical orders of columns, their true origin was unknown, but he repeated what were presumably the standard stories about trees and carpentry, which were a purposive explanation, and the analogies with different types of human, male and female, which were an attempt at a symbolic explanation. We still don’t know why these forms emerged and crystallised as they did, still less do we understand their extraordinary potency through time.

The ‘primitive hut’ myth, as described by Vitruvius, gives prominence to framed structure as the essence of architecture. This has had an almost unchallenged dominance for two thousand years in the western world. Symbolically, it is about escaping nature’s harsh conditions by treating trees and other materials as examples of what Martin Heidegger called ‘standing reserve’, that is to say, stuff out there ready for taking. More ecologically gentle, more female, if you like, is the alternative story developed in the 19th century by Gottfried Semper that explains the origin of architecture in woven branches, evolving into textiles hung or spread over frames. In this, the disconnection between structure and space, between form and material, between function and decoration, is less harsh than in the Vitruvian tradition.

We can see now what happens when you take unlimited quantities of stuff without asking about the consequences, and throw your rubbish back into the sea, the sky and the surface of the earth. And still our government is hell-bent on building more airport runways and nuclear power stations.

So-called primitive and other non-western cultures are more sophisticated, and there is an insoluble puzzle about whether their different world-views, reflected in religions such as Bhuddism and Taoism, restrained the kind of exploitation of the earth that western Christianity believed to be justified, owing to its adoption, through the doctrine of the Trinity, of the belief stemming from Aristotle, that body and sprit are separate, and that only human beings have minds.

A great deal went on, as it were, behind the back of the mainstream ideology, represented by recurrent symbolic representation in English churches of the Green Man, a mysterious pagan force of nature, his face merged in the leaves.

The Renaissance involved the rediscovery of pagan mythology, and its assimilation to Christian iconography. One of the most poignant signs of a shift in thinking was the willingness of artists to represent the naked human body, not as a pitiful source of shame at the last judgement, but as something evoking wonder and admiration, and the image of God, despite the fallen condition of humanity. We get those wonderful representations of Neo-Platonic poetry, Botticelli’s paintings of The Birth of Venus and Primavera, both from the early 1480s, in which the classical gods and goddesses are rendered life-size according to the wondrous new skills in representation created by perspective vision. They are emerging only gradually into the modern world, and are still set against a background with a tapestry-like clarity of detail. It has long been recognised that they reflect the neo-Platonic philosophy of the Medici court in Florence, in which a correspondence was assumed between what we see on earth and the unchanging archetypes on the plane of the soul. The characters in the pictures are personifications emerging from two of the four elements: Earth, Air, Fire and Water, which dominated all conceptual frameworks for understanding matter before the scientific age. Science destroyed these myths, and materialism based on the science took the spirituality out of nature, leaving it only as a plaything for artists who, it was thought, knew no better.

Shakespeare’s plays come from the same mental world as Botticelli’s paintings, and we could imagine his depiction of the quarrel between Oberon and Titania. In architecture, the parallels are not so close. Decorative schemes in buildings explore the neo-Platonic imagination, but in three dimensional form, the nearest equivalent is either in stage design or gardens. Renaissance gardens were narrative and theatrical, depicting and evoking the harmony between man and nature through the mythology of the ancient world, and celebrating the divine beneficence of an ordered cosmos through the actual materials provided by the Creator.

We also look to gardens to find the suppressed dark side of the Renaissance: the grotesque, the comic, the overtly sexual, the dangerous and the subversive, often represented as things of the deep earth, springing like water from the ground like naiads in shell-encrusted grottos, or hidden among trees like dryads. In her book, The Secret Life of Puppets, (Harvard 2001), Victoria Nelson begins with Renaissance garden grottos at the beginning of a search for gnosis, the form of intuitive knowledge and perception that was suppressed by the rise of scientific rationalism in the centuries following the Renaissance. The form of knowledge that dominated, especially from the mid 17th century onwards, when Europe turned its back with relief on its endless and destructive wars of religion, is described by Nelson with the word, episteme. Episteme is knowledge that you can describe clearly in words, and argue about. Gnosis is your gut feeling, the world of spooks and fairies, of moonlight and superstition. Both episteme and gnosis are Greek words, which divide knowledge according to the divided capacity of the human mind. As episteme rises, so gnosis is pushed underground, to become the property of the uneducated and of children, represented in stories and folk customs.

What does this have to do with our relationship to nature? The simple answer might be that gnosis can act as a sort of restraint on the consequences of episteme. Hence the increasing attention paid to the sayings and practices of some cultures that survived into the modern world with pre-scientific knowledge, such as the American Indians and the Australian Aborigines.

This split between mind and matter, or between body and spirit, is often known as dualism. If it reflects the work of René Descartes, it is called Cartesian Dualism. We have all grown up within it, whether we know it or not. At the end of this talk, I will suggest a more integrative view of the divided forms of knowledge.

Shakespeare is fascinating because he is teasing his sophisticated urban audience by putting fairies on the stage, and evoking the culture of the uneducated. The English antiquarian, John Aubrey, writing in the late 1600s, blamed the printing press the loss of folk beliefs:

‘Before Printing, Old-wives Tales were ingeniose, and since Printing came in fashion, till a little before the Civill-warres, the ordinary sort of People were not taught to read. Now-a-dayes Bookes are common, and most of the poor people understand lettetrs; and the many good Bookes, and variety of Turnes of Affaires, have putt all the old Fables out of doors: and the divine art of Printing and Gunpowder have frighted away Robin-goodfellow and the Fayries.’

Some of the gentry still resorted to fairies as a way of explaining the supernatural, however. I cannot resist sharing with you this passage from Aubrey’s Miscellanies:
‘Anno 1670, not far from Cyrencester, was an Apparition. Being demanded, whether a good Spirit or a bad? Returned no answer, but disappeared with a curious Perfume and a most melodious Twang. Mr W. Lillie believes it was a Fairie.’

We can recognise the truth of Aubrey’s account of ‘the decline of magic’, which was also a function of the reformation in religion. Yet despite 400 years of literacy up to the present, people remain avid for tales about fairies, ghosts and vampires. How else can we explain the huge popularity of The X Files and Buffy the Vampire Slayer? There must be something about us and our relationship to the world that demands the abandonment of rationality and episteme, and a regression to gnosis.

The scientific theorist Mary Midgely has this to say about the conflict between the two sides of our nature:

‘Often we can split ourselves neatly in two so as to duck possible contradictions between them. But we cannot do this all the time. And if we are interested in the larger scene – if we want to put the whole jigsaw together – we cannot avoid the problem of how to relate these two modes. Above all, we have to relate them when we think about personal identity – about what is, and is not, essential in our lives, about the kind of being that each of us is as a whole.’ (Science and Poetry, Routledge, 2001, p.93)

These are thoughts that we can apply to architecture, which is notable for the way it has internalised the conflict of episteme and gnosis, and at the same time remains extremely unclear about the relationship between the two. Modernism pushed architecture towards the extremes of episteme, by insisting that space and structure, combined with a Taylorist attention to efficient operation, were the only things that mattered. At the same time narrative, symbol and ornament must be banished for ever to make them possible. Recent scholarship about the masters of modernism has emphasised the gnosis that was present, it seems, in all of them, even in Mies van der Rohe and Walter Gropius. Sometimes this was deliberately hidden by interpreters, or by the people concerned. Equally often, as in the case of Le Corbusier, the signs were there for anyone to pick up, but commentators preferred not to see them, or at least not to take them seriously.

Modern architecture ran into a slow-motion crash of episteme from the 1950s onwards. This is one way of explaining the underlying crisis to which The New Brutalism was the response. The failure to clear up the wreckage iis still backing up approaching traffic and blocking the road, in my view.

Pretty well all the architects from this period who are seen today as interesting had varying degrees of gnosis in their work, a quality that we may describe as poetry, or expression, or sensitivity to place, and which can often be captured in photography. At the same time, they lived through a period in which episteme or rationalism was strongly dominant. The members of Team 10, such as Alison and Peter Smithson and Aldo van Eyck, made it possible for modern architects to talk in terms that respond to gnosis, while at the same time cross cutting with episteme. Much of the effort that has gone into the theory of modern architecture since the 1970s is directed towards integrating the two types of knowledge, but rarely articulates the difference between them or finds a satisfactory formula for their relationship. Phenomenology has been adopted by architecture as the most promising method, but it can be a very wordy and confusing way of getting to a point that might better be demonstrated by taking a walk in the woods:

One impulse from a vernal wood
May teach you more of man,
Of moral evil and of good
Than all the sages can

as William Wordsworth wrote in 1798.

In architecture, there have been some frantic moves to escape episteme, seen in the blobs, zoomorphic forms and revivals of Expressionism that have dominated our definition of the avant-garde since the 1990s. Much as I have enjoyed certain of them, I find them inadequate as representations of a valid approach to architecture. I would rather see them as an over-reaction, in which the relationship between process and outcome is distorted.

The role of developing digital design techniques as means of enabling this shape making has served to confuse the intention of the work. The approximation of digital process to natural process has, I feel, given a spurious greenwash to activities that lack real purposive aims. The exhibition Zoomorphic, new animal architecture at the V&A, 2003-04 in was, in my view, the nadir of this tendency, with its parallels between building form and animal form. Not all the buildings deserved to be explained in this simplistic way. What was more distressing to me was the lost opportunity to say anything of real value about the architecture-nature relationship, which is such an important if confusing one.

There is still an influential, supposedly avant-garde, movement based on complex computing used as a way to generate forms that correspond to natural growth. This seems to me reactionary and self-indulgent in the face of ecological disaster. Driven entirely by the engines of episteme, is part of the problem, not the solution. The situation was summarised for me in a review by Kester Rattenbury in Building Design of a symposium held at the AA by Kas Oosterhuis early in 2007, ‘Like modernism, the form, mythology and function of this movement have fused into one swaggering mass, prosducing isolated object buildings … set in, at best, landscapes. That’s ominous. In modernism, extraordinary and brilliant buildings were invented in the overwhelming list to build the new forms so excitingly available, but the resulting urban fabric was pretty awful. Sounds like we’re in for this again and we’ll work out what kind of envionment they make and how they might work socially in retrospect.’ (BD 2 February, 2007, p.16)

Work of this kind oscillates between episteme and gnosis, and yet fails to achieve any integration between them. It mistakes the form for the substance. It is still driven by one of the worst fallacies of episteme, that of the continuous avant garde. An avant-garde cannot be wished into existence. It comes by accident and only under great pressure.

Now we have ‘The New Ornamentalism’, produced by some smart people, but still, to my mind, a kind of evasion of the real business of gnosis. Once more, the computer allows the a short-circuit of a real commitment implied in the design and making of ornament, but the idea of ornament drawn and made by a human hand is still dangerous to the definition of modernism.

If the architecture of Oosterhuis and the AA Design Research Laboratory is, in purposive terms, no more than greenwash, and ‘The New Ornamentalism’ simply a veneer of cynical decoration, must architects choose between cleaning up the world by purposive but ungainly structures, or retreating to the position of clever decorators? I hope not, for the point about the change that we must all undergo as fast as we can is that, I hope, it will be brighter and better on the other side, however diminished our physical capacity for movement and action. We need a lot of gnosis to bring people along and resolve the dispute between Oberon and Titania which has messed everything up so badly.

While we may criticise the high modern movement at times for its rigidity, I think some people within it had a better understanding of the nature-culture relationship in architecture than critics of the movement allow. I give you here one of my favourite examples, the house designed by Serge Chermayeff in Sussex in 1938 for himself, which is all made up of straight lines, yet achieved one of the subtlest integrations of architecture and landscape, of inside and outside, of material and meaning, that there has ever been in Britain.

So where is the integration to be found?

I shall have to be super-quick in telling you something complex, that I hope you may feel like going off and exploring for yourselves.

I am telling it in terms of one thinker only, who, nearly thirty years after his death, was initially largely forgotten but seems to be having a come back. His name is Gregory Bateson, and it is almost impossible to categorise what he did in his life. It included biology, anthropology, psychology and cybernetics, and only at a late stage did he create a synthesis in his last books, Steps towards an Ecology of Mind, 1972, and Mind and Nature, a necessary unity. 1979.

Bateson came to believe that mind was not the exclusive property of human beings, or even of animals, but actually existed in the whole structure of the universe. This was not mind defined as conscious thought, but as the capacity to change, which involves a choice between different alternatives.

Through his amazingly wide knowledge and his insight, Bateson removed the distinction between aesthetics and purposiveness (another way of saying gnosis and episteme), and was prepared to see everything in the world as a linked-up process of form making. In his book Uncommon Wisdom, 1989, Fritjof Capra tells an anecdote of sitting with Bateson looking out over trees towards the Pacific Ocean. It is a passage too long to quote here, and it may not make much sense out of context, but I am quoting some of Bateson’s words, as recalled by Capra, from the end of the conversation, ‘the whole fabric of living things is not put together by logic. You see, when you get circular trains of causation, as you always do in the living world, the use of logic will make you walk into paradoxes.’ Bateson goes on to use the example of a thermostat as a system that responds like a living thing to outside stimulus, ‘If it’s on, it’s off; if it’s off, it’s on. If yes, then no; if no, then yes.’ The conversation moves on, until Bateson points to some trees and says ‘Logic won’t do for them.’ Capra asks ‘So what do they use instead?’

‘Metaphor.’
‘Metaphor?’
‘Yes, metaphor. That’s how this whole fabric of mental interconnections holds together. Metaphor is right at the bottom of being alive.’ (Uncommon Wisdom, pp.78-9)

I think this is essentially the same message that Peter Buchanan gives in Ten Shades of Green, architecture and the natural world, 2005.

‘It should be clear by now that green design, though not dauntingly difficult, cannot be achieved by any simplistic or formulaic approach: no single approach is likely to be adequate, let along appropriate or even applicable, to all situations. Green design goes far beyond merely specifying efficient “green” products, such as insulation, low-emissivity glass, water-conserving toilets, super-efficient mechanical equipment and non-polluting materials; and beyond also using replenishable, recycled and recyclable materials, recycling all rain and grey water and planting on roofs. Green design both influences the basic design parti of a building, especially the cross-section and the elaboration of the outer envelope, and transcends mere energy efficiency and the minimization of pollution. Instead it must attend to a whole range of matters from technical and ecological, to the economic and social, including even the cultural and spritial.’ (Ten Shades of Green, p.19)

I find that in architecture, there is an awful lot of mud obscuring some good things, and the patterns that should be the grounding of the subject, ‘for want of tread are undistinguishable.’ Shakespeare stated a fundamental truth that, fairies or no fairies, we carry notions in our heads that could save us or sink us, and we need to be clear about what they are.

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mark <![CDATA[Mark Titman]]> http://www.greenwichforum.net/?p=239 2009-05-05T14:02:25Z 2009-05-05T14:02:25Z
EXCHANGE AND ADAPTATION In our age of increased technological use, to be Green, we have to make extra efforts not only to save the planet, but also to maintain meaningful connections with people and nature; even with machines. New technologies are increasingly minute, refined, and hard to adapt, yet ever more ubiquitous. Connections with others and [...]]]>

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In our age of increased technological use, to be Green, we have to make extra efforts not only to save the planet, but also to maintain meaningful connections with people and nature; even with machines. New technologies are increasingly minute, refined, and hard to adapt, yet ever more ubiquitous. Connections with others and our surroundings become superficial as electronic communication replaces the slower, physical processes of old: one of my favourite Noughties expressions is ‘keep it real’, which shows how far we have accepted that we are living artificially and communicating superficially. This instant gratification is proven to rot the brain due to excessive amounts of endorphins, explaining the increase in attention deficiency amongst younger people. People and environments are more quickly changed and questioned today, with our greater access to knowledge. But the more we question the fundamental benefits of our society and environment, the more we undermine deeply held beliefs which underpin our internal life. There are, however, looser, more playful connections available to us, if we can see beyond our 21st century fears and reconnect with some simple joys of life and design.

RISK AND PLAY
We think we take more risks through games, gadgets, website philosophies and chat rooms: risk our identities through role-playing avatars and adopting the latest opinions. This allows us partially to enact extravagant – I would say, extreme – desires, but are they really risky, let alone fulfilling? Risk-taking is a human condition, part of play and evolution; it is especially important now. Without risk, design in our age of global doom becomes simply a matter of kilojoules and pounds per square metre. The issue of sustainability should not be narrowed to mere energy-saving and function. Delight, vital to architecture and our lives, is so crucial that designers have to risk seriousness for it – not only virtually, but on the ground. More risk-taking, receptivity and delight will bring us back into contact with nature and the here-and-now. From our technological vantage point we can appreciate the natural world with a playful, childlike mind, since we know we have some control over its mechanics. Also vice versa: we can see communications technology as the effective and flashy species it is, but be wary of it, like a big dog. We need architecture that is riskier, and occasionally more challenging.

RECEPTIVITY AND PROCESS
The delights of others and our environment are many when our attitudes to them are receptive.  Designers and architects have open ways of working and can often accept a problem positively, as an opportunity for conversion with materials, forms and delightful tweaks into original and appropriate designs. Chance discoveries can be efficient, and often work effectively beyond the initial brief, adding value, as good design should. This requires risk and play, which brings a less academic quality to the process of creativity. If the client, student, builder or ourself is not enhanced by our work, it becomes inadequate and soul-destroying. Here function gives way to a livelier design objective and debate; an enjoyable, life-enhancing process and product that should help us design our way out of global predicaments. Our approach to and recognition of life is the issue, not simply saving it out of duty. We need architecture with more gaps that allow unforeseen life to grow.

DELIGHT AND VALUE
Going with the flow is Zen-like: it allows the hand, as much as the brain and eye, to do the thinking. Gestalt, holism, happenstance – whatever you call it, the main driver of the process is delight.  Delight is the driver, product and prism through which it can happen. I use the word ‘value’ carefully, as many question its economic attributes and cynical application, but what would happen if delight were the currency of architecture, including the product, its functions and efficiency? The test of a building would lie in its experience: the building of it, running a contract and inhabiting the space would then all be connected. The Bible talks of building the Temple silently, which sounds ridiculous, since a building site is often more like a war zone, but suggests a benign and appreciative modus operandi for each participant involved. We need architecture that is seen as a continuum.

INDIVIDUALLY GREEN
Alongside environmental proposals for green architecture, we need to reappraise how each of us individually appreciates and enjoys our surroundings, ourselves and others. If we are saving the life of the Earth, let’s make or have more of it! This is not for governments or scientists to dictate, but requires single-mindedness from individuals. We need to look at the way we live; to have more confidence in designing our lives and relationships with nature and others, and be guided from within. This is a battle not for votes, but for hearts and minds, which cannot be won by information alone. Individuals, not governments, change hearts and minds. We need architecture where strangers can meet and talk together more freely.

INDEPENDENT ACTION
We need to evolve a new model of ‘engaged citizenship’, in which we realise that the way we live affects everyone around us, and develop new ways to take up our responsibility – which I believe means the ability to respond appropriately. We need to take ‘participatory democracy’ to a new level, where we take responsibility for creating culture, including the environment. In return, we’ll get the feeling of a life fully lived, in which we are not victims of the system. We can see guerilla gardeners and self-builders making the first moves at this: another example is individuals creating and publishing film, music and text on Facebook, no longer simply buying what is marketed at them, but creating their own products through playful design. This open-ended creative process, peculiar to our relatively privileged times, may ultimately lead to the environment, as building suppliers respond to this market, and marketers recognise a new type of consumer. We need an architecture of new client-based building systems, which offers the individual customer the chance to be producer.

POLITICS AND LOOSENESS
Buildings once publicly expressed an institution’s or a patron’s power. But how will the consumer and independent producer choose to express themselves once the above building systems are available? Budget, site and fashion may form this architecture of diversity – or will it become yet another brand of Lego? Buckminster Fuller foresaw that factories and individuals would become symbiotically connected to make production and consumption most efficient; Gibson and Ballard presented a more dystopian view of ghetto enclaves for corporate and specialised groups. In both scenarios the natural world is irrelevant; all is functional, including the ecological groups. Hundertwasser became aware of a green energy mob mentality when he described ecology as becoming an issue of simple science, which to such an artist seemed anathema, but we now find acceptable. Somehow you can greet someone more generously when walking along a stream than in a conference hall. We need architecture that allows integrated groups to meet in hallways with fish-filled streams.

CYBERNETICS AND BLISSFUL IGNORANCE
Like most super-new technologies, the Internet and cybernetics stem from military inventions. This is fine with Velcro, but how do we interact with and appreciate the net, biotechnology and electromagnetic waves if we cannot see them, let alone adapt them? Perhaps we don’t bother; perhaps we can once again be in the Garden of Eden – as long as we ignore what’s going on. The only people who can really engage with the new technologies like electromagnetics, genetics and boson quarks to influence our global existence are a small elite of specialists. Maybe it’s a good thing we are left behind to frolic in the leaves,.as long as they keep the world going. But remember that cybernetics was invented by Norbert Weiner for military purposes, to control the minds of people and animals. This science can now function through the application of electromagnetic waves and monitored communications devices. Thus the prosthetics we see today used for basic physical function may soon become tools of some other function, especially if we can be rewarded for using such technologies. The play, risk and appreciation may be experienced by the participant or society consciously, but implemented for purposes they know nothing of;.we may soon be able to get on with our own leisure and prosthetic expressions whilst unknowingly performing tasks useful to larger, unseen systems. As long as we can ignore the elephant in the room, we need a functional leisure architecture that benefits us whilst also offering some input from wider unseen applications.

TECHNOLOGY AND THE INVISIBLE AGENT
In a media-driven culture, expression and oppression can be closely linked, no longer through propaganda but by hype and promotion. Therefore we need to be well centred to know what we really want to express or take on board. The desire to extend our faculties has become an addiction of the most material kind, and we are less selective of the data or gadgets we invest in. Expressing ourselves indirectly via technology is replacing deeper, direct human connections, and this ultimately controls the quality of our relationships. But something is occurring here beyond our control; technology is evolving like a species itself. Look at the mobile phone or satellite, the camera or observatory: all these are now used to observe the Earth and ourselves – maybe even themselves. Could Gaia be constructing a new self-reflexive mechanical species for the benefit of the planet? Is there a mechanical Darwinism afoot? Perhaps I’m paranoid to think that we are becoming the environment, both physical and cultural, for technology. It inhabits our world and we its. The Earth, God, group-consciousness or whatever, is driving humankind into a new space, and I, like Noah, want to take some good old-fashioned nature with me, and some friends and a few physical machines. IT has been emerging and expressing itself through man as maker for centuries. Today, however, when all the disparate components and tools become interactive and interdependent, even intergalactic, we find ourselves surrounded not only by hardware, but by an ecology of our desires. These manifested desires may encourage us to act in new ways that question the ethics we have taken for granted and depended on for social benefits for so long. We need an architecture that expresses and encourages moral imperatives and individual manifestations. while reminding us of past constructions and elemental life.

LIFE: LIVING AND SAVING
We are very inclined to imitate, to copy ideas, and what happens? The flame of creativity is lost and only the symbol, the picture, the word remains, without anything behind it. It is understanding that is important and creative, not just information stored in memory or given to us via the internet. We need to be able to comprehend immediately, in the moment. Most of us, particularly academics, are so burdened with information and the intellectual authority of others that our intuitions and lives suffer as we try to get on in the world. Information makes inner life very complex, as combative ideas increase while more abstract ones want resolution and harmony. So to connect with life’s river and see the natural world’s beauty we have to rise above the problems of environment, the shaping and fears of society, stop imitating others: to find our own way. Life is always volatile, never still. Yet today’s excessive functionality and information prevents us from having particular types of contact with life. A new world cannot be new if we have an idea about it; it will be born of what we have read of other people’s ideas. Life will guide me appropriately if I am free to feel what I want loosely. If I see a beautiful tree I may write a poem, make a painting or even a building describing not the tree, but what it has awakened in me. The awakening is connected to the tree that sparks my feeling, which is intuitive, not mechanical; it is in fact some sort of exchange between our internal workings and the world. If we can remain centred this allows all our mental workings to be balanced and we will thrive in life, not just survive the day. Overcoming fear requires the optimism of a snowdrop struggling to grow in Spring snows. We need an architecture that offers small but life-enhancing spaces for us to enact life’s rituals with ease and freedom from fear.

POLITICS OF OPTIMISM CONCLUSION
Cynicism stops joyful responses to life’s opportunities, and is the attitude most likely to conform to the desires of the powerful whose wealth is tied to planetary destruction. Fear and cynicism are encouraged by the grim coverage in the news. We are suffering from ‘solastalgia’ about the loss of the natural world and compassion for the suffering of millions. Yet we should not give in to the narrative lure of collapse. The cynical dynamic we see in media and political debate today stems from incorrect assumptions, including:

i) We are incapable of solving the earth’s problems.
ii) Bold solutions are ‘unrealistic’ because they involve unbearable costs.
iii) ‘Realism’ really means ‘in the best interest of those doing well today’..
iv) Small steps and half measures are the appropriate course of action.

Combined with the politics of fear, this is best thought of as a cynical ‘politics of impossibility’. Where no one believes things can change for a better future, despair is logical, nobody changes anything, and those benefiting from continuation of the problem are safe. If we want a better environment for ourselves, the Earth and our designs, we need to challenge cynicism. If we all introduced intelligent reasons for actions to show that a better future is possible, we could start to act out our principles. Consider, therefore, a politics of optimism, where the assumptions are:

i) Realism is defined as ‘within our capacity’ and ‘necessary’..
ii) We can create environments that solve the world’s problems.
iii) Improving the prospects of most people and their environments and the Earth incurs costs. But the returns are attractive: eco-stability, economic prosperity, international security and human well-being for now and the future.
iv) We publicly commit to appropriate actions and start defining win scenarios we want to create.

This optimism needn’t be naïve. We know people are fallible and self-interested. We can stress the importance of informed decision-making, demand rigour and note uncertainty. We can anticipate future setbacks and even total failures more easily if we acknowledge the struggle with optimism. If we do so, we shall liberate ourselves from the burden of despair this millennium has been given. And to do so, we as architects have to question some basics of how we relate to the design processes, nature and technologies that form the environment today; and not be ‘green’ with fear.

We are all trying to save the planet in the 21st Century but how do we do it without becoming too dull? This seems to be the question we should be asking today Since Vitruvius first claimed that firmness, commodity and delight were key elements of architecture, many developments have been made in firmness and commodity through social and technical improvements. However, now we are predominantly immersed in environments of data and media the element of delight seems predominantly image and text based. I think that in architecture this should be challenged: in a digital age we need more physical delight to balance our overwhelmingly mental lives.

The surface has become more important to architecture in the digital age than the interactive interface; the façade rather than the niche, the label rather than the feeling. In the last century, machines replaced the natural and pastoral delights of the land with modernism. Now, the delight of the keyboard and cell phone are replacing the delights of mechanical machines. Hi-tech is giving way to an architecture of low tech or invisible super technologies.

Let us not ignore the new technologies in our search for a green architecture. But find ways to use it to enhance our connection with the natural world. We have always delighted in the interfaces we have with our environments and the materials of our environments, in the control, function and commodity they offer. This has inspired architecture and the invention of use objects or tools. But, today this interface is less physical than ever before and often invisible. This technology is harder to express. I would say our architecture is therefore becoming less delightful. It seems our delight has become predominantly one of mental consumption. The reduced kinaesthetic and sensory experience of interacting with the environment, tools and materials of our environment is reducing our capacities to appreciate inhabiting physical space and architecture. This is why I wish to explore pastoral appreciation in a digital age, to look at how we can fully appreciate the physical, natural surroundings and interfaces architecture offers and how it can benefit our current crisis by reconnecting us in new ways with nature.

Natural environments have always been a source of inspiration for artists, architects and scientists. In the blank void of nature lie new ideas; the intellectual distance and gaps of the natural world offer creativity. Our intellects cannot stand the blank and chaotic nature, so we make sense out of it. But now we are running out of gaps to fill. We have always attempted to order and construct around us a sensible world. We are not used to the wilderness, we are social and need constructs. But now we may have too many constructs and may need to bring some green looseness back into our cities. Not just to save the planet, but ourselves as well.

In our search to fill the voids of understanding we now want to find the answer to everything. This diagram of E8 shows where quantum physics is now placing its ultimate questions of how the universe works. It shows an ecology of linkages. We are not satisfied with nature as it is but now our most advanced diagrams have a remarkably natural quality to them. Perhaps even in our most advanced intellects there lies a hard wired connection to the natural unknown worlds; to the romantic nature.

We go to great lengths to reconnect to the natural world and this reconnection takes many forms. Perhaps the strength of this physics diagram is its gaps. It seems it is the unknown, the unprogrammed, the gaps between the links and the mysterious that have driven us to learn and grow. The mysterious or the green wilderness can act like the obelisk in the 2001 film. It’s alienation forces us to react and keeps us lively and thinking. The mysterious, mystical and magical is the basis of cultural desires and as such become the basis of technological tools. I propose that if we become too engrossed in the rational and technological aspects of our environment we will neglect not only the earth itself but ignore what is driving us subconsciously. Our desire to reconnect with nature and enjoy mystery can be used to help save the planet and our humanity.

The search for the unknown and mysterious helps us to evolve. But what will happen when we think we have all the answers? What happens if our present ecological crisis precipitates simply energy, money and rationally biased environments to the exclusion of the sacred and wonderful. I suggest that there is a danger we might lose our mysteries and wonder as well as the planet. Our environments are becoming somewhat cybernetically rational: rational because all can be answered intellectually. Cybernetic, because we are more controlled and controlling. However, our mysteries, shared or individual, offer an evolution at many levels and a way forward for green architecture. A green architecture designed with mystery in mind can respect humanity and nature; and can nourish us at a deeper level.

Have we become so digital in our thinking that we find the fun and playful wonder of mystery naïve? Scientists have proven that fun and happiness are a key to health, intelligence, memory and business success. I propose an ‘ecology” of design thinking that is fun and free of the desire to be seen as simply right in a black and white binary sense- thinking. A green architecture that offers synergy feedback, mystery and the growth of systems in an architecture of opportunities.

Here buildings can evolve and grow and therefore last, using our new technologies and the natural elements. I believe that the combination of fun and living nature with complex technologies is a way forward in the face of fear and figures of environmental disaster. Saving the whales, rainforests and the planet itself should be more about appreciating and creating life, not simply saving energy and money. This is a near sacred experience and I feel that the financial calculations and energy-saving technologies so important to architecture today- neglect the fun of life, technology and essences of life and nature which should be added to our cities.

We can often find ways that nature can reflect our own imaginations and our own thinking, particularly in our relationships with animals. So as cities expand and become more densely populated with people and media messages, maybe the inclusion of wildlife from the surrounding countryside can offer us something? As opposed to destroying wildlife perhaps it can be incorporated beneficially into urban environments? We could find ways that allow animals ways to maintain their character and wildness whilst inhabiting cities with us. The distance between us and nature’s animals is shrinking so we better start learning to find ways to mutually benefit one another by our presence.

Bird baths. Bird nests. Cat, dog and fox runs. Ponds. Planted roofs and walls. Aquariums. Aviaries. Horse pastures. Cattle grazing. Chicken coops. Dovecotes. Stables. Kennels. Catteries. Rabbit hutches. Squirrel nests. Badger sets. Deer grazing.

Now we are more likely to be immersed, even infiltrated by data the challenge which faces us is environmental in a broader sense. We need to understand how we respond to data and create knowledge. If we re-establish how we relate to living and natural elements we save a very basic human experience of reality: the physical living experience of being on the natural planet, not predominantly in cyber space: but kinaesthetic. This is another way of thinking with the body and is not simply intellectual. Architecture can help us to think in this physical way.

Our interrelations with the natural world, each other and ideas can be re-established in ways that are now not only useful, but joyous too. The efficiency of tools and ideas as effective means for moulding the environment can now give way to the efficiency of play, not simply function or utility. Physical play helps us to learn and has been a key to human and child development throughout the ages. Happiness is proven to improve memory, communication, learning and relationships. Play is a way to learn and re-establish our relationships with the natural environment, data and other living species. Nature offers playful delight, not simply utility, it offers a way to reconnect with ourselves and the natural world. A green architecture should playfully integrate nature with its structures.

More joy and play can supplement the number crunching energy efficiency of the designs and audits we architects now make; forgetting the life and joy we are wanting to save. Ecologist and designer Hundertwasser has pointed out that our environments are being generated by predominantly economics and statistics; becoming less life fulfilling. Life affirming arts or shared human experiences seem to give way to statistical techniques. I hope today we can learn ways in which green issues can be extended beyond simply the pennies and kilojoules into the realms of imagination, energy surplus not saving, plants and animals, art, communities and play; not letting the current ecological crisis overcome our joyful experience of the sacred act of living.

Biologists suggest that our whole body has ‘neoro-peptides’ (intelligent cells) flowing through it; our intelligence and consciousness is not found simply in the brain. Anthropologists have suggested that ancient man’s brain and awareness grew as result of using hands to manipulate the surroundings. Consciousness and walking came about through interacting physically in the environment with our hands and arms. Our physical and mental evolution started as we physically interacted and evolved our surroundings. So a more playful physically engaging architecture influences our consciousness at a deep level, a green architecture should be playfully adaptive.

Lovelock suggests that our evolution is directly connected to the evolution of our surroundings and that we are part of creating an ecology of synergistic evolutions and adaptations. If we cannot adapt and play with our surroundings we cannot evolve. In order to adapt and play with our surroundings we need to appreciate them; and appreciation creates excellence.

As our ecological world seems to be precariously heading towards a catastrophe, or as Lovelock suggests is already in a catastrophic state, I propose that we should leap into a more balanced and idyllic paradigm which better integrates play with the natural, technological and our deeper selves. The first man moved rocks and so adapted his natural environment. With this playful adaption he therefore made technology, architecture and affected himself (in terms of boundaries, evolution, agriculture or shelter) whilst working with/or against the natural world. This was the first science and technology and it was natural and could be argued that it always is. Alternatively, it could equally be argued that the natural world has always been affected by man and is always artificial. The self, man-made stuff and the natural world have been strongly interconnected ever since this first moment. However, as we live in cities this connection is becoming abstracted and the distance between us has made the living world and pyshical play something of a distraction from our increasingly intellectual lives, lived in media and communication.

Interactions with our environments and each other once were defined by how we used materials taken from the earth. The uses of stone, bronze, agriculture and machinery have defined how we have interacted with ourselves, our man-made tools/ surroundings and the natural world. Compared to how we once engaged with language, the land or mechanical machines, how much do we really engage or adapt with the nano/information (not knowledge) around us? How malleable is information and culture today? How much more do we question information and didacts today? How much do we cherish and care for our information/tiny technology stuff as we once did our stories, songs, horse, garden, boat, house and car? How do we care for the physicality of ourselves and environments joyously when we would rather be in another space, a digital place.

Teilhard de Chardin posits that such a thing as a ‘noosphere’ exists and that this is an accumulation of human consciousness, which will bring about mass spiritual growth when it is infused with the Holy Spirit. I suggest that the realisations of the Digital Age, including those of image and surface and directly marketed objects and experiences will be seen as thinner than first imagined, once a critical mass of people have become media saturated. Then a new age of green architecture will be upon us.

Rupert Sheldrake talks of each species possessing a ‘morphic field’, a collective subconsious. This could be developed amongst various species in parallel to one another with certain subconscious benchmarks and overlaps which we could also be engaged in via architecture. In this way a communication between species and ourselves augmented by architectural interfaces could be more quickly developed. This could offer us new ways to appretiate physically the environment and each other; kinaesthetically and through the senses.

As we lose the ancient relationships of individually using the natural world for our material gains, and rely on others to farm, fish etc we still have a strong desire to maintain contact which nature and this desire causes a shift in our appreciation of nature. Levi-Strauss suggests we wish to “ maintain the coherent relationships conceived by men in a previous (natural) environment. So strong does this need for coherence appear to be that, to preserve the unvarying structure of relationships, people prefer to falsify the image of the environment rather than to acknowledge that the relationships with the actual environment have changed…”
This falsification is required to a greater extent in the urban world and may possibly be found in the myths of past times, good stories, cyberspace media and games; all are a form of secluded non-public space. As Fowles says, we need a place, a forest, in which the green man in us can hide, a place to play as a child with the complexities and paradoxes of childlike experience. With an information environment of data and fact this desire for the ‘woods’ is stronger and an artificiality or falsification of nature increases.

In an outdoor reading bench, I will start the design project by exploring how we can best live and work with nature, technology and each other in London: in a 21st century of increasingly stressed and less physical society. The moon, earth, air, fire, water, clouds, plants and animals are what one will connect with on this bench. These elements will be used to bring mental and physical grounding to our modern intellectual mind and experience of information. It will look at ways that spaces connect us with the complexities of living nature, each other and the luxuries of the elements, play and appreciation: to make more life, energy and conditions for individual growth than they consume. Sustainable should imply sustainable appreciation, keeping the joys of life going, sustaining our delight so that we can sustain the world, nature, our technologies and each other.

” Pastoral poetry makes poignant and real the dream it wishes to convey when the retreat is not a lasting but a passing experience, acting as a pause in the process of living, as a breathing spell from the fever and anguish of being. Then it fixes the pastoral moment, as an interval to be chosen at both the proper hour and the right point. The right point at which to stop and rest from a journey is a secluded spot, appealing to the traveller through the charm of its quiet and shade. Hence the topos of the ‘lovely place’ or ideal landscape…

It’s presence in an epic poem, in a romance or a tragicomedy foretells the unexpected apparition, which breaks the main action or pattern, suspending for a while the heroic, romantic or pathetic mood of the whole. Accordingly, the topos itself is but an idyllic prelude to an interlude, where the characters rest from their adventures or passions. Since the pause normally occurs in an obscure place, the intermezzo itself should be termed the ‘pastoral oasis’.”

Renato Poggioli 1957

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mark <![CDATA[Ben Reed of Sherperd Robson]]> http://www.greenwichforum.net/?p=229 2009-04-28T09:48:45Z 2009-04-28T09:48:45Z
DESIGN The heart of the concept for the Lighthouse is the ambition to create homes where the innovative environmental systems and construction methods do not compromise the quality of the occupants’ life but add to it – creating adaptable, flexible spaces that are designed for sustainable modern living. The prototype is a 93m_, two-and-a-half-storey, two [...]]]>

DESIGN The heart of the concept for the Lighthouse is the ambition to create homes where the innovative environmental systems and construction methods do not compromise the quality of the occupants’ life but add to it – creating adaptable, flexible spaces that are designed for sustainable modern living. The prototype is a 93m_, two-and-a-half-storey, two bedroom house. It has been designed in line with Lifetime Homes and Housing Quality indicators.

STRUCTURE The structure of the Lighthouse is a simple barnlike form, derived from a 40 degree roof accommodating a PV array. The sweeping roof envelops the central space – a generous, open-plan, top-lit, double height living area, with the sleeping accommodation at ground level. The living space uses a timber portal structure so floors can be slotted between the frames or left open as required. At ground level a timber frame structural layout carries the vertical loads of the open-plan frames above and provides stability to the load bearing shear walls. Stability is achieved through the moment connections at first floor and ceiling level. It is constructed using Kingspan Off-Site’s TEK Building System – a high performance SIPS (structurally insulated panel based system). For the Lighthouse, this will provide a high level of thermal insulation and performance reducing the heat loss by potentially two-thirds that of a standard house. U values of 0.11W/m_K and air-tightness of less than 1.0m_/hr/m_ at 50Pa. The foundations consist of off site timber floor cassettes on a ring beam of timber beams supported off the ground level by screw fast pile heads. The piles provide minimal disturbance to the ground and provide suitable supports for domestic scale dwellings. When the building reaches the end of its useful lifespan, the fast foundation support point can be removed.

TECHNICAL DESIGN Inherent to the design of the Lighthouse is the response to the predicted increase in temperature due to climate change. This is achieved through a combination of design techniques and systems.

SOLAR GAIN AND SHADING To achieve Level 6 there is a mandatory heat loss parameter which demands high U-values for the building fabric. As a result, the ratio of glazing to wall in the Lighthouse is 18% as opposed to 25-30% in traditional houses. This drove the decision to locate the living space on the first floor, enabling us to maximise daylight and volume, with a top-lit double height living space. Shading to the west elevation is provided by retractable shutters restricting direct sunlight and minimising heat gain in the summer. These can be folded away when not required to shade the space from evening sun. Future temperatures in the UK may reach those similar to southern Europe, however, sun angle will remain low. There will still be a need to maximise sun and daylight mid-season and in winter. The passive design of the house must balance the technical considerations with the occupants’ expectations who are more accustomed to light and airy living.

SELECTIVE THERMAL MASS Phase changing material in the ceilings absorbs the room heat by changing from solid to liquid within microscopic capsules embedded in the board. This process is reversed when the room is cooled with the night air, working with the passive system of the wind catcher.

WIND CATCHER/LIGHT FUNNEL Located on the roof, above the central void over the staircase, the wind catcher provides passive cooling and ventilation. When open, this catches the cols air forcing it down into the heath of the house, to the living space and the ground floor sleeping accommodation, dispersing the hot air, slowing it to escape. The wind catcher also brings daylight deep into the plan of the house and provides the ground floor sleeping accommodation with secure night-time ventilation.

BUILDING SERVICES Integrated with smart metering and monitoring which records energy consumption and enables occupants to identify if any wastage is occurring, thereby helping to promote more environmentally aware lifestyles. Renewable energy is provided by a biomass boiler with an automatic feed system for heating. Photovoltaics provide all electricity for the home and a solar-themed array, which supplies hot water and allows the boiler to be turned off in the summer, acts to significantly reduce fuel consumption. These renewable energy features have reduced energy fuel costs for space and water heating in the Lighthouse to around £30 per year and, as all electricity is supplied via solar technologies, electricity running costs are completely eliminated. The overall cost of fuel in each house has been reduced by about 94% (not including standard charges). Water efficiency techniques that have been included in the Lighthouse design consist of low volume, water efficient sanitary ware and appliances, such as spray taps, a dual flush toilet, low flow showers and a small bath. Water from the shower and bath is recycled via a stand alone grey water system that fits behind the toilet and supplies water for flushing. Rainwater from the roof is collected in a below ground tank in the garden, which is filtered by a rainwater harvesting system and re-used by the washing machine and for watering the garden. The roof-mounted wind catcher provides secure night-time ventilation for passive cooling, in conjunction with thermal mass boards in the ceilings and external shading. This helps to control the temperature of the interior environment, improving occupier comfort and keeping the house cool in the summer months. The Lighthouse also includes mechanical ventilation with heath recovery (MVHR), controlling ventilation and maintaining an airtight environment in winter months.

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mark <![CDATA[Kathryn Findlay]]> http://www.greenwichforum.net/?p=177 2009-04-24T09:47:34Z 2009-04-24T09:47:34Z
A crop of Tokyo townhouses by Ushida Findlay startled the profession when they were published in the early 1990s. The Truss Wall House (1993) in particular, designed by Findlay with her former husband and partner Eisaku Ushida, stood out. Imagine a buildingsized ‘fabject’, or rapid prototype, that blends Victor Horta with MC Escher and the spline modelling curves created by 3D software. A stark white, sinewy concrete bubble, Truss Wall House seems to fold inwards and outwards simultaneously. The tactile, sculpted interior feels hollowed out rather than planned, as if carved by the motion of people passing through. It is spectacularly beautiful. The Qatari minister’s house in Doha was a logical progression of these ideas. Had it been built, Findlay would today be a superstar. Lazy observers might group Findlay’s work with that of Future Systems or Zaha Hadid, but they’d be wrong. The expressive materiality of her buildings and her interest in ecology place her nearer to Bruce Goff or Antoni Gaudí. Holmes chairman Harry Phillips has long admired her work. ‘Some architects are shape-shifters, sculptors, but Kathryn should not be confused with them. There is a hard-worked rationale underlying her designs – one that works closely with environment and materiality,’ he says. ‘The result is a complete architecture, where everything seems absolutely right.’ Creating space by walking and wayfinding is a legacy of Findlay’s AA education and the musings of her teachers Peter Cook and Leon van Schaik, but also recalls the rural backdrop to her childhood – a landscape ‘excavated’ by ice-age glaciers in Forfar, Scotland. Paul Finch has said that Kathryn Findlay is one of only a few architects whose work merits the word ‘poetic’. Even the type of building she is hired to design seems loaded with metaphor. Take the recently completed Poolhouse 2 in the Chilterns. The typology suggests reflection, depth, the subconscious, and the excavated pool resonates with Findlay’s Boolean design methodology: hollowing out space from solids. When Ushida Findlay Architects relocated from Japan to London in 1999, one of Findlay’s first commissions, the vernacularbusting Poolhouse 1 in south-east England, was hailed for its fresh take on the merging of old and new technologies – in that case, a thermally sealed, glazed skin with a thatched roof. The bristling roof and its planted ridge also recalled the tactile qualities of the practice’s Soft and Hairy House in Japan, completed in 1994. Poolhouse 1 was a standalone structure, but Poolhouse 2, set on the edge of the Aylesbury Vale, is more immediately contextual. It is wedged between a Grade II -listed farmhouse and a barn, linking separate parts of the family home. David Miller Architects’ role as executive architect on this project reflects Findlay’s new collaborative approach (see pages 26-29). Ironically, Robert Adam, who is building a neo-classical pile on the site of Findlay’s abandoned ‘starfish’ country house at Grafton Hall in Cheshire served as planning consultant. Adam also hired TV presenter and architectural historian Dan Cruickshank to counter the planning department’s assertion that long-preserved views would be blocked by the poolhouse. Cruickshank showed that the site had once been occupied by a non-descript farm building. The poolhouse’s thatch is supported by a steel frame-structure roof augmented with timber elements. As with Poolhouse 1, the elevations are glass-wrapped. The contrast between the heaving, bulging grass roof, the high-tech glazing and the fade-to-grey columns is mesmerising. Reading the courtyard-facing elevation from left to right, the roof ridge undulates, stepping up in thre places to address the height of each adjoining building. The thatched eaves do the same, languidly sloping upwards, tracing a line that hovers above the glazing. Findlay’s interest in traditional roof technology originates in Japan and in her tenure as a professor at the University of Tokyo, where she researched local thatching methods. Initial designs for Poolhouse 2 detailed the roof as three separate, overlapped entities with clerestory glass between them. But the project’s master thatcher advised against this approach – rain would have collected at the overlapping edges and rotted the thatch directly below. With the help of spline modelling software, the roof shape was moulded into one continuous form. It’s all the better for it. Four distinct roof sections would have crowded out this tightly plotted site. This blending of craft, dialogue and new technology was also learned in Japan, where construction details are often worked through on site and new methods are readily absorbed into craft techniques. Findlay has often spoken about the relationship between digital tools and handcrafting. The philosophical idea underlying Poolhouse 2 – reworking the vernacular – is also central to her work. Inside, the smoothly plastered ceiling has an arced peak that curves along the barn-tofarmhouse route which defines the plan. At the fringes, structural steel columns merge gently into the plasterwork, rounded and thick below the eaves. It looks like a layer of heavy snow under, rather than on, the roof. To the rear, several tonnes of earth were removed to accommodate exercise and study spaces below the pool. Limestone terraces on both levels are lined with timber balustrades expressed vertically with hundred of clear glass rods. The impression is not one of ice, but rather a heavy rainstorm. Poolhouse 2 is actually Findlay’s third poolhouse. The first, numberless scheme was completed in Japan in the 1990s. Ushida Findlay is already committed to another, with Geoff Mann of RH WL Architects, which will explore the application of tiles. Findlay is probably the greatest poolhouse architect in the world, but now a bigger challenge is needed.]]>

Soft and Hairy House

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mark <![CDATA[James O'Leary and Kristen Kreider]]> http://www.greenwichforum.net/?p=169 2009-04-24T09:25:14Z 2009-04-24T09:25:14Z
Gorchakov’s Wish performance stills (2008-09) kreider+o’leary Constructing Atmospheres: A Phenomenology of the Film Image and Its Relation to Place Kristen Kreider / James O’Leary Royal Holloway, University of London / Chelsea College of Art and Design, University of the Arts London Author biography Dr. Kristen Kreider is a practicing poet and artist whose research develops a ‘material poetics’ at the crossover between poetry, fine art and spatial practice (Toward a Material Poetics: Sign, Subject, Site - PhD completed 2008, Slade School of Fine Art & Bartlett School of Architecture, UCL). She is currently a Lecturer in Creative Writing [Poetry] at Royal Holloway, University of London. . James O’Leary is a practicing architect and artist whose research explores the overlapping boundaries of time-based, visual and spatial practices. He graduated with distinction from the Masters programme at the Bartlett School of Architecture, UCL, graduating from Unit 14 - the Interactive Architecture Workshop. He is currently Principal Lecturer in Spatial Design at Chelsea College of Art & Design, University of the Arts, London. > kreider+o’leary operate at the edges of disciplinary boundaries to integrate visual, spatial and poetic practices through performance, installation and time-based media. They have exhibited work in the UK as well as internationally in Japan (ArtX Toyama, 2006), Ireland (European Capital of Culture, Cork 2005) and Croatia (Art Radionica Lazareti, 2005). Abstract The ‘film-image’ – drawing together Eastern and Western poetics of image-making; embodying the material specificity of film – ultimately generates a particular experience of place for its recipient. We argue this point with specific reference to Andrey Tarkovsky’s Nostalgia (1983), shot on-location at St. Catherine’s pool in Bagno Vignoi, Italy. The pool is a natural geo-thermal spring which generates an active surface of water and steam, the atmospherics and materiality of which are harnassed by Tarkovsky when shooting scenes from the film. The pool becomes a means to evoke the subjective psychological state of the protagonist, the poet Gorchakov. Meanwhile Tarkovsky’s syntactics of the long-shot instill in the viewer a contemplative state from which to observe, over a prolonged time, the pool as film-image – as worldly ‘fact.’ Bridging Eastern and Western poetics of image-making, Tarkovsky theorises the film-image in his collection of writings on art and film Sculpting in Time (1986). Tarkovsky approaches the film-image first through a discussion of the image in poetry, with specific reference to Japanese Haiku. We look at the particular relationship that the haiku has to time and place before turning to how this translates into Tarkovsky’s theory and practice of the film-image. Tarkovsky theorises the film-image in particular relation to time. In this paper we position his argument in relation to discussions in phenomenology and film-theory to suggest that, imbued with a sense of time, the film-image also gives rise to a corporeal understanding of place for both the film-maker and recipient of the film-image – and we liken this embodied act of cognition to one engendered by certain architectural experiences. We then turn to a specific scene from Nostalghia in order to appreciate that the film-image is, in fact, a ‘constructed atmosphere’: one that bears a naturalistic and poetic – material and symbolic – relation to place; one that therefore cultivates and embodied and imagined occupation of place. In presenting our ideas, we shall also draw from our own artistic practice and, specifically, a project entitled ‘Gorchakov’s Wish’ generated while in residence at Bagno Vignoni. This situated filmic and poetic project embodies our relation to the psychological space of Nostalgia as well as the material and immaterial elements of St. Catherine’s pool, constructing a further immersive environment through video and sound that extends a phenomenological understanding of the film-image and its relation to place through art practice. ‘The dominant, all-powerful factor of the film image is rhythm, expressing the course of time within the frame.’ – Andrei Tarkovsky ‘Gorchakov’s Wish’ (2008) is inspired by a single extended shot from Andrei Tarkovsky’s 1980 film Nostalghia, recorded on location in the Tuscan hillside village of Bagno Vignoni, Italy, at Santa Caterina Pool. The pool, a natural thermal spring and site of religious importance, infuses Tarkovsky’s film-image with an atmospheric combination of hot pool steam and cool morning sunlight that, in the context of the filmic narrative, suggests a mental space of isolation in a physically demarcated ‘sacred’ space. The shot we are concerned with, one of the most celebrated single extended takes in the history of Cinema, follows Gorchakov as he walks the length of the emptied pool carrying a lighted candle. This peripatetic ritual and resulting cinematic scene creates an elemental ‘scape’ of steam, stone and fire that we have taken as a ‘site’ for two performance works: ∑ The first performance entailed a temporary occupation of the Santa Caterina Pool in Bagno Vignoni, Italy in order to re-enact the shot; ∑ The second performance, incorporating material and footage from the first, worked within the temporal constraints of Tarkovsky shot to enact an allegorical translation of it in the Triangle Space (Chelsea) where the live acts of performance (actor/director), projection and reception generated a real-time immersive filmic experience. The accompanying images relate to this ongoing investigation of the phenomenology of the film-image and its relation to place. kreider+o’leary (www.unnameable.org) 2009]]>

01_tarkovsky-_polaroids_bagnovignoni02_tarkovsky-_sacrifice_houseandmodel04_nostalghia-stills_reenactment05_kreideroleary_photos_bagnovignoni06_kreideroleary_photos_bagnovignoni07_kreideroleary_photos_bagnovignoni08_kreideroleary_photos_performance09_kreideroleary_photos_performancebagnovignoniGorchakov’s Wish performance stills (2008-09) | kreider+o’leary

‘The dominant, all-powerful factor of the film image is rhythm, expressing the course of time within the frame.’ – Andrei Tarkovsky

‘Gorchakov’s Wish’ (2008) is inspired by a single extended shot from Andrei Tarkovsky’s 1980 film Nostalghia, recorded on location in the Tuscan hillside village of Bagno Vignoni, Italy, at Santa Caterina Pool. The pool, a natural thermal spring and site of religious importance, infuses Tarkovsky’s film-image with an atmospheric combination of hot pool steam and cool morning sunlight that, in the context of the filmic narrative, suggests a mental space of isolation in a physically demarcated ‘sacred’ space.

The shot we are concerned with, one of the most celebrated single extended takes in the history of Cinema, follows Gorchakov as he walks the length of the emptied pool carrying a lighted candle. This peripatetic ritual and resulting cinematic scene creates an elemental ‘scape’ of steam, stone and fire that we have taken as a ‘site’ for two performance works:

The first performance entailed a temporary occupation of the Santa Caterina Pool in Bagno Vignoni, Italy in order to re-enact the shot;

The second performance, incorporating material and footage from the first, worked within the temporal constraints of Tarkovsky shot to enact an allegorical translation of it in the Triangle Space (Chelsea) where the live acts of performance (actor/director), projection and reception generated a real-time immersive filmic experience.

The accompanying images relate to this ongoing investigation of the phenomenology of the film-image and its relation to place.

kreider+o’leary (www.unnameable.org)

2009

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mark <![CDATA[May Leung]]> http://www.greenwichforum.net/?p=124 2009-04-23T09:39:21Z 2009-04-23T09:39:21Z
Silk Cocoon The cocoon kiosk is a small silk factory, a sustainable ecosystem of mulberry leaves, caterpillars and cocoons – the essential and natural ingredients used to make silk. It hangs in memory of Spitalfields silk weavers that settled here in London, winding and reeling thread, in the 1890’s. The silk manufacture process is as follows: Mulberry bush [...]]]>

Silk Cocoon

The cocoon kiosk is a small silk factory, a sustainable ecosystem of mulberry leaves, caterpillars and cocoons – the essential and natural ingredients used to make silk. It hangs in memory of Spitalfields silk weavers that settled here in London, winding and reeling thread, in the 1890’s.

The silk manufacture process is as follows:

Mulberry bush growth is sustained by fish water. Caterpillars eat mulberry leaves and then spin a single strand of silk around themselves, which form the cocoon. Cocoons are boiled to remove the silk and the dead larvae within can be used to feed the fish. The fish water is used to grow mulberry.

What results is a closed ecosystem that enables the localisation of silk manufacture. The cocoon kiosk, although small, speaks out for the fight against the globalisation of silk garments imported from foreign countries. The cocoon kiosk is stripped bare to the essential elements for silk manufacture, and in so doing, reducing the carbon footprint of garment production.

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mark <![CDATA[The Land of Scattered Seeds]]> http://www.greenwichforum.net/?p=71 2009-04-08T11:15:48Z 2009-04-08T11:15:48Z
The Land of Scattered Seeds investigates relationships between Man and Nature – the efforts of Man to control the natural world, and the cold indifference of Nature in response – and also between individuals as they attempt to find their own place in the modern city. Beginning with the desperation of two brothers, the inhabitants [...]]]>

The Land of Scattered Seeds investigates relationships between Man and Nature – the efforts of Man to control the natural world, and the cold indifference of Nature in response – and also between individuals as they attempt to find their own place in the modern city. Beginning with the desperation of two brothers, the inhabitants of a single street at the centre of Graz, Austria, incrementally convert their environment into a patchwork of farms, vineyards and gardens. Cottage industries spring up, and the inhabitants seek to maximize their yield through elaborate irrigation and fertilization schemes. The ambitions of each character lead to conflict and collaborations that evolve through the development of exquisite new constructions and the growth of plants. Nature – with ambitions of its own – constantly threatens to overwhelm them.

The work develops themes that consider the interaction between the main players in our environment – vegetal, mineral, animal and human – and the relationships between social, economic and ecological concerns. These issues are seen as being dynamically linked, with continual feedback between the latest moves of the characters, the plants, the structures and the wider environment. The project speculates an architecture that fuses constructed and grown ingredients with equal importance – each structure not only supports but is integrated with and driven by its associated plant life. In turn, the vegetation/architecture gradually changes the way in which the inhabitants live in the city.

The work ends with a number of different scenarios based on the lives of the characters, which project alternately the complete control of nature by man, the revenge of the environment, and finally a new dynamic symbiosis in the nature of the city. All the while, wild plants and birds continue to invade and so the struggles of Franz, Jorg, Olga, Florian and Lola continue…

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mark <![CDATA[Zorlu Ecocity]]> http://www.greenwichforum.net/?p=64 2009-04-08T09:48:09Z 2009-04-08T09:48:09Z
Zorlu Ecocity is a mixed-use development on a 9.6 ha site located at the southern extremity of Buyukdere Street in Istanbul. The plan is conceptualised as an ecological city within a city in line with the polycentric planning strategy of the Istanbul Metropolitan Planning and Urban Design Centre, which aims to multiply the number of [...]]]>

Zorlu Ecocity is a mixed-use development on a 9.6 ha site located at the southern extremity of Buyukdere Street in Istanbul. The plan is conceptualised as an ecological city within a city in line with the polycentric planning strategy of the Istanbul Metropolitan Planning and Urban Design Centre, which aims to multiply the number of urban centres throughout the Marmara region to relieve pressure on Istanbul historic core.

The planning brief permits up to 588,850 square metres of accommodation, at a plot ratio of 2.8, including office towers, residential towers, two hotels, serviced apartments, and resort-style elderly accommodation above a three storey retail complex that includes a market, a Cineplex, health centre, fitness club and convention centre. Six thousand cars are to be accommodated within a seven-storey deep basement.

The concept takes the form of 14 towers ranging from 8 to 26 storeys. The roof silhouette of the towers is shaped to collectively form a gentle curve reflecting the rounded summits of the seven hills upon which Istanbul is located. The form is not unlike a ‘citadel’ overlooking the Bosphorus alluding to the proud history of Istanbul as the former capital of the Byzantine, Roman and Ottoman Empires. Consideration has been given to the silhouette of the towers particularly when viewed from the south and east as a backdrop to the Bosphorus and from the south west and west when approaching the site by car or bus from the E5 Motorway or D100 Highway. Conceptually the design can also be read as a ‘visual link’ connecting Europe and Asia.

The plan form of the development resembles a ‘horseshoe’ opening out to the south and physically connecting to the heavily wooded Ortakoy Valley. Responding to the perceived lack of public space in Istanbul the proposal creates a large urban plaza some 50 metres wide and up to 35 metres broad.

The opportunity is taken to create a pedestrian link via an overhead footbridge to the Zincirlikuyu Area and specifically to the Garreteer Metro Station. The Metro affords access toLevant to the north and south to Taksim Square.  A pedestrian underpass is proposed in the south west corner of the site, passing beneath the D100/E5 Highway and linking to bus stops. Elsewhere there will be improved footpaths to the residential enclaves located to the southeast and northeast of the site.

The proposal regenerates a ‘brownfield’ site in an accessible location close to the urban core. It integrates with the existing urban fabric and city life. Links are proposed to existing commercial and housing development in the Sisli-Gayrettepe-Esentepe area to the west, to the Gayreteppe Metro Station, to the Zincirlikuyu area and to Levant Buyukkdere Street

A symbol of Istanbul’s aspiration, the design for Zorlu Ecocity is a contemporary response in architecture to the city’s re-emergence as a cultural nexus exemplified by its selection as European Capital of Culture in 2010. The design embodies new spatial configurations. The result is a vibrant focus for urban life relieving pressure on the historic core of the city. The internal planning and pedestrian circulation system within the shopping mall is a modern interpretation of the Grand Bazaar and the lanes that radiate from Istiklal Caddesi.

Ecological connectivity

The masterplan, is derived, first and foremost, from an intensive interrogation of the site. The analysis revealed that the site contains fragments of a sensitive ecosystem and adjoins a steep valley containing a robust ecosystem. The potential to establish ecological connectivity became the dominant consideration in reprogramming the site. There are a number of ecological features that assist in achieving this connectivity.

Central to the concept is the principal of ‘ecological bridges’, to reconnect the existing ecosystem. Eco-Bridges are concrete structures bridging the 10-metre wide perimeter road and connecting the podium roof, which is planted with indigenous species of trees and shrubs, to the landscape on the periphery of the site.

Another feature is the Eco-Cell, a continuous vegetation-covered ramp at the heart of the development that descends from ground level to the lowest basement level bringing daylight, natural ventilation and greenery to the deepest part of the development. In effect a deep ‘valley’ is constructed. It is a sustainable passive ventilation strategy that removes polluted and warm air at no cost. The vegetation will help to replenish fresh air in the subterranean space and contribute to lowering the ambient temperature in summer. A rainwater storage cistern is incorporated at the base of the eco cell and a retention pond is located at the southern edge of the site. They provide ‘grey’ water for irrigation purposes being recycled to the upper level of the towers and thereafter infiltrating the green walls and vertical gardens by gravity.

Vertical gardens or ‘green walls’ clothe the vertical surfaces and connect the landscaped podium to the roof of each tower. A proprietary system is employed which supports the vertical landscaping. Elsewhere a feature which we term ‘Green Fissures’ is created in the building façade to promote planting. Roof gardens employ a Sedum roof system and in a similar manner to the green walls assist in balancing the biotic and abiotic content of the buildings.

Sky courts are integrated into each tower and act as ‘gardens in the sky’. They serve as interstitial zones between the interior and exterior with usable balcony or terrace areas that open from habitable rooms in residences, offices and hotel suites. Sun Shading is designed to respond to the specific sun-path diagram.. Wind shafts are integrated into the towers and relate to lift cores/lobbies. This is a passive ventilation strategy to introduce natural ventilation, provide a comfortable internal environment, and reduce running costs. Wind turbines will be mounted vertically with a support frame tied back to the structure and located immediately beneath the vegetated roof.

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mark <![CDATA[Art In The Wilderness; The Poetics Of Science]]> http://www.greenwichforum.net/?p=60 2009-04-08T09:38:14Z 2009-04-08T09:38:14Z
When walking in the woods (of reality and mind), I think upon the gaps that have opened in my vision. The gap between what I am, flesh; blood; synapses, and what I think I am, the self. The gap between this brave new world we create, and our understanding of how it changes us. The [...]]]>

When walking in the woods (of reality and mind), I think upon the gaps that have opened in my vision. The gap between what I am, flesh; blood; synapses, and what I think I am, the self. The gap between this brave new world we create, and our understanding of how it changes us. The gap between our technical revolutions and our social ineptness. The gap between head and heart, what I think and what I feel. That’s what I want to paint, that space, that crack between the worlds. Keep on walking.

Dominic Shepherd lives in Dorset. He is represented by Charlie Smith London and in Europe by Galerie Schuster.

slide61slide81slide91slide105slide11slide12slide13slide14slide15slide16slide17slide18slide19slide20slide21slide22slide231Introduce myself, Not an architect, artist. Art serves no purpose, no function apart from that to question, to ask about the hows whys and wherefores of our time. My own work, when I make it, I don’t know what I’m creating. I wish to work in an oblique way, touching on the concerns I will elude to but at a distinctly personal level. So this talk will be a conversation on ideas, and I

Walk in woods, lived in London, enjoy the distance. Time being a hermit in wilderness, Iceland, Finland etc., trying to physically touch outside myself, mystic fusion with nature, and the ultimate failure. Could not attain union.

Walk in woods, lived in London, enjoy the distance. Time being a hermit in wilderness, Iceland, Finland etc., trying to physically touch outside myself, mystic fusion with nature, and the ultimate failure. Could not attain union.

The gap, between the corpse on the slab, a mass of synapses, flesh and electricity. The self, when did it surface. When did we gain this feeling of self? Thomas Metzinger. What makes us different than animals?

The gap, between the corpse on the slab, a mass of synapses, flesh and electricity. The self, when did it surface. When did we gain this feeling of self? Thomas Metzinger. What makes us different than animals?

We come back to old arguments, fate or freewill; determinism or choice. Is there a soul? In a world where we are starting to recreate our world through cyberspace and virtual reality, where do we start and stop being human.

We come back to old arguments, fate or freewill; determinism or choice. Is there a soul? In a world where we are starting to recreate our world through cyberspace and virtual reality, where do we start and stop being human.

Darwinism, The survival of the fittest, the selfish gene, but is this what I see. Is Darwinism an excuse that allowed for late 20th C. empire building and capitalist climbing to the top of the dung heap through its message of ‘survival of the fittest’? Has it allowed the mass human experimentations of the 20th century? In a post structualist/Derridean reading it is a product of our culture in same way feudal system reflected in heavenly hierarchy. Feudal system reflected in belief systems and angelic hierarchy, the thrones, seraphim, cherubim

Darwinism, The survival of the fittest, the selfish gene, but is this what I see. Is Darwinism an excuse that allowed for late 20th C. empire building and capitalist climbing to the top of the dung heap through its message of ‘survival of the fittest’? Has it allowed the mass human experimentations of the 20th century? In a post structualist/Derridean reading it is a product of our culture in same way feudal system reflected in heavenly hierarchy. Feudal system reflected in belief systems and angelic hierarchy, the thrones, seraphim, cherubim

hope sparks can be made with some of the images you will see.

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