Time machines, false memory, earthly landscape, moon rock gardening, flying saucers, lunacy, galactic adventures and the occasional rabbit. That's the world sketched by Sue Corke and Hagen Betzwieser. Roughly speaking, Sue is a printmaker and Hagen is a 'New New Media' artist but together they are more than the sum of their parts, they are We Colonised the Moon.
The work of WCTM is clever and nonsensical, dreamy and rooted in techno-scientific experiments. It is driven by its own logic. I'm not sure that the interview below is going to lift the whole mystery behind their work but i certainly had a lot of fun in the attempt.
Hello Sue and Hagen! I discovered your work a year ago, when you were showing '101 Harmless Scientific Experiments To Try At Home' at the Acme Project Space in London but you've obviously worked on many ideas and projects right after that. What are you up to this Summer?
Sue: This summer we have had two shows running, at EB&Flow in London and Villa Rosenthal in Germany. The shows are both mostly dealing with work we have done together over the last couple of years. Most recently we have been working on ideas about astronaut training and space maintenance, shooting a lot of videos and building moon rocks out of authentic moon dust simulant.
Hagen: This is definitely the direction we are focusing on now. Installation, video projection, artefacts, movement and performance. We started more 2D for sure because we came together through making graphic work, we continue to make prints but most of the time we're working on installations now.
You come from different backgrounds. Sue is involved in printmaking and illustration while Hagen used to work mostly with video and conceptual art. How did you two get to work together?
Sue: Pure accident. We literally bumped into each other at a bus stop in Norway. Hagen was in a residency programme at the Nordic Artists' Center in Dale (NDK) and I was visiting to make a short illustration project about forests and star constellations there.
Hagen: It all started a bit like RUN DMC and Aerosmith working together as studio neighbours.
Sue: Dale is surrounded by the most amazing Norwegian mountain and fjord landscapes. We made an expedition to Sognefjellet, a Photoshop perfect wilderness, and had endless discussions about how reality is constructed. In the process we discovered some shared interests. We both had backgrounds in science and media. My parents were chemists. Hagen was a junior astronomer in an observatory close to Heidelberg in Germany. I worked for a spell in advertising and multimedia. Hagen had been an art director for a design agency.
Hagen: Through endless hikes and talks about The Clangers, YPS, Blue Peter, Particles, Heinz von Foerster, Constructivist epistemology and so on somehow we came to the point where we thought it could be an interesting idea to work on a project together.
Sue: The ideas we generated during this trip were so fun that I definitely wanted to work like this more. And it was obvious Hagen had absolutely no idea about printmaking!
Hagen: True. I thought only about my little A4 laser jet. Oh boy :) But she convinced me the quick cartoon style sketches I make for my works would work really well as silkscreens. So this is how a nature encounter, theory, two different illustration styles, childhood interests, professional skills and ink became the starting point for our collaboration ... and even our name WE COLONISED THE MOON is made in Norway. Out of this small joint illustration / print project it became now an ongoing and growing collaboration since 2008.
You've '(re-)created' the smell of the moon in at least two exhibitions. How did you do that? How much of the result is the fruit of your imagination? Is this a pleasant smell?
Sue: Astronaut Charlie Duke, the tenth man to walk on the moon, said it was not unpleasant. The Apollo astronauts were drawn from the military. I think they knew what they were talking about when they likened the smell to gunpowder. Naturally this is their frame of reference but that's how we all interpret sensory information. I like the smell of burnt matches myself.
Hagen: No one can smell the moon directly of course. The vacuum in space prohibits this. But this gritty tacky meteor bombarded dust on the surface gets on to their spacesuits and back into the LEM. Then there is this massive reaction with oxygen and moisture. The loose molecules go off like firecrackers and generate the smell they experienced.
Sue: So, we had the smell synthesised by Steve Pearce, a chemist who is an international aroma expert in the UK. He makes flavours and smells commercially for his own company and had been approached by NASA some years ago to work on the smell of space for astronaut training.
Hagen: What's attractive to us about this phenomena is the strong link between smell and memory and the association with place, whether it's real or imagined is actually the crux the work we make hangs on.
Sue: Curator Caro Verbeek from the Stedelijk Museum Amsterdam knew we were working on the idea of space aromas and asked us to make a piece for her for the event "Do It Smell It" on olfactory art in 2010. We came up with the idea of a scratch and sniff postcard from the moon. A momento from a place most people will never go. A fictional memory.
Hagen: Then in 2011 for a commission from The Arts Catalyst and FACT Liverpool we created an installation for the exhibition Republic of the Moon. Visitors could enter (on own risk) a film-set like test chamber. Periodically an astronaut resprayed an array of "authentic" moon rocks with synthesised lunar aroma. As longer you stayed in the environment as more you got pollinated with moon smell. After you left, the smell travelled for several hours with you on your clothes out into the city.
Sue: At the moment we are also doing a lot of "Live Moon Smellings" using helium balloons and pins! We have enough smell left to pollinate an area twice the size of the Olympic stadium.
What's behind the name We Colonised the Moon?
Sue: I guess it's really a kind of band name. A comment one of us made when we saw how lunar the glacier region we visited in Norway looked. It just stuck.
Hagen: The truth is the name comes from an encounter with an electricity pylon. Surrounded by this pristine wilderness the pylon looked like the first man made structure on a virgin planet -- which more or less then created the idea that this might be what it looks like when we start to colonise the moon.
Sue: So no, we're not necessarily all about science or space or pylons. We just started there.
By the way, Hagen can you tell us what are the scope, objectives and functions of the Institute of General Theory?
The Institute of General Theory is a project of indeterminate duration, for anything. It operates in an undefined area, in the grey zone where there is no distinction between fiction and science, art and craft, independent work and self exploitation; between game, experiment and paid work, between experimental and studio space, or between museum and university.
After I graduated in 2001 at Merz Akademie Stuttgart, the Institute of General Theory became, besides my daily agency design job, my independent playground for experimental projects. Then, when I became a fellow at Akademie Schloss Solitude in 2005 the Institute turned into my full time artistic career. It's my operational format and combines pretty much everything I am interested in since early childhood until today in a professional dilettante way.
I have another question for you, Hagen, your short bio says that your "artistic practice is exploring the gaps and connections between art and science to create New New Media." I sometimes write about the connections between art and science so i'm interested in your mentioning of the gaps between them? What are the most interesting/fascinating gaps between art and science? And should they remain gaps or should they somehow be made to disappear?
Hagen: Working with scientists is mostly fun and generates often interesting results for both sides. But academic artistic research makes me grumpy! There is a lot of art-science-art, science-art-science that takes itself way too serious that even tumbleweed would stop to roll. New New Media is Post Artistic Research, liberated from University fantasies about how things should be done according to the most recently developed textbooks.
Sue: I grew up with the Clangers and Blue Peter and a DIY attitude to life. What I like about the way Hagen operates is I can walk right in and join in without worrying if we do it right. Misunderstanding is actually even productive.
Hagen: In the last couple of years there is so much sophisticated theory that it is sometime hard to see the art behind it. I am not saying my own work is not based on mountains of theory but I like to offer the observer first an enjoyable view and if he wants he can go and discover as much more as he wants in my landscape and not the other way around.
Sue: This suits me too. I think theory like technology should not be the thing you notice first.
Last summer, you were showing 101 (Almost) Harmless (Mostly) Scientific Experiments to Try at Home in London. Could you share some of them with us?
Hagen: Haha! The biggest experiment was definitely being holed up together for two months in ACME Project Space, a studio in Bethnal Green. Two options, homicide or art.
Sue: Indeed! Normally we work together on and off for say a couple of weeks max at a time and in between the work goes on online. This was altogether a different experience.
Hagen: The project was inspired actually by a children's book on science from the 1950s I think. You know the kind of thing. Make Your Own Atomic Bomb in 5 Easy Lessons.
Sue: What people want to get up to in the privacy of their own homes is their business. Mostly I guess it does not involve black holes but I think amateur science is a great tradition which should be encouraged. So we decided to tackle anti-gravity with an electric hoist, built our own design for a future satellite disguised as an asteroid and began a campaign against cosmic rays.
Hagen: From what I learnt the Scottish Enlightenment seems to have taken place mostly in the pubs of Leith. I have no problem with that. Dilettantism was always a powerful driving force for progress and only in recent times has it become this negative aftertaste. I am very happy to be a professional Dilettante!
Any upcoming projects, exhibition, residency, public presentation you could share with us?
Sue: The next thing we are definitely participating in this year is a special three day "Kosmica" festival at Laboratorio Arte Alameda with curator Nahum Mantra in Mexico City. "Republic of the Moon" will also travel on from Liverpool too and some more actions are in the pipeline.
Hagen: Also in September my latest work as the Institute of General Theory, "A Bucket full of Particles" will be part of On Dilettantism a wonderful show curated by Frank Motz at Halle 14, at Spinnerei in Leipzig, Germany.
... and of course ... (say it loud now!) ... NO COSMIC RAYS!
Thanks Sue and Hagen!
Authentic Goods from a Realistic Future is at EB&Flow, London until 1st September, 2012
A few days ago, Chris Salter, along with his collaborators Sofian Audry, Marije Baalman, Adam Basanta, Elio Bidinost and Thomas Spier, premiered n-Polytope, Behaviors in Light and Sound after Iannis Xenakis at LABoral Art and Industrial Creation Centre in Gijón, Spain.
The cutting-edge light and sound environment is an homage to Iannis Xenakis' Polytopes which at the time of their development (1960s-1970s) were regarded as pioneering and radical. Reading articles about the Polytopes, you realize that many of the concepts and structures used to describe them are part of today's new media art and interaction design language: large-scale "multimedia performances", "immersive architectural environments", etc. Xenakis' Polytopes were live performances that merged electronic sound, light shows, and temporary structures. They made the indeterminate and chaotic patterns and behavior of natural phenomena experiential through the temporal dynamics of light and the spatial dynamics of sound. But as ground-breaking as they sound, the polytopes are still relatively unknown.
Salter's n-Polytope re-imagines Xenakis' work as short performances as well as a continuously evolving installation, both steered through a sensor network utilizing machine learning algorithms. And i'm going to pretty much copy/paste the press release now:
"The 'learning' network studies the rhythmic and temporal patterns produced by the light and sound and helps in generating a totalizing, visceral composition that self organizes in time. LED's and tiny speakers are suspended through the space on a single ruled surface, creating a walk-through performance environment which continually swings between order and disorder, akin to Xenakis's original fascination with the behaviors of natural systems. Creating bursts of light as well as evolving patterns, the behavior of the LED's suggest cosmological events, like the explosion of stars and supernovas. While the LED's create a changing space of bursting points, colored lasers that bounce off the surface of fixed and changing mirrors generate fleeting architectures of lines and shapes that that appear, flicker and disappear before the visitors' eyes. Counter-pointing the intense visual scenography, multi-channel audio from the small speakers as well as the larger environment fills the space, shifting between sparse natural and dense electronic textures - noisy bursts, clangerous, gamelan-like lines and percussive explosions of sound. Across the architectural structure, the network of tiny speakers produce the behaviors of mass sonic structures made up of many small elements (sonic grains) creating swarms of tiny sounds that resemble a field of cicadas or masses of insects."
Check out this video on El Comercio : Chris Salter briefly explains the work and in the background you can get a sneak peak of the preparation of the installation at LABoral.
I haven't traveled to LABoral to see the installation/performance but i'm glad the new work gave me an opportunity to briefly interview Chris Salter. Salter is Associate Professor for Design + Computation Arts at Concordia University in Montreal and Director of the Hexagram Concordia Centre for Research-Creation in Media Arts and Technology. The artist and researcher is currently working on Alien Agencies: Ethnographies of Nonhuman Performance. The little information i found about the book sounds as exciting as its title. The publication will explore questions such as What does it mean that nonhuman matter "performs"? How can contemporary techno-scientifically influenced and produced artworks be understood under the term "new materialism" - the increased interest in the acts of nonhuman objects, processes and matter itself promoted by such scholars as Donna Haraway, Bruno Latour, Karen Barad and Andrew Pickering? What can fields and practices fields such as Science, Technology and Society (STS), anthropology and sociology offer to current technologically molded practices in the area of "research-creation?"
Hi Chris! Unfortunately i couldn't come and see the work in Gijón but i've been wondering what visitors can experience exactly during the performance? And since the piece is using machine learning algorithms, does the performance evolve over time and how?
This is a complex question but in a nutshell, what audiences experience is a kind of visceral journey from tranquility to chaos and back again, made manifest through light and sound that is partially choreographed (that is, organized and scored) and partially open to what happens in the environment. The techniques we are using (designed by my collaborator/student Québec based artist and PhD researcher Sofian Audry) come from a branch of machine learning called reinforcement learning - which basically involves software learning agents that interact with their environment in order to achieve a goal. The agent seeks to achieve its goal despite the fact that there is a high degree of uncertainty about the environment - in other words, the agent doesn't know until it does something and is then "rewarded" in either a positive or negative manner. Hence the term "reinforcement." The agent's actions thus influence not only the state of the environment in the present but also can affect the environment's state in the future.
In n-Polytope, the agent receives sensor-actuator information from the environment (the brightness of an LED or the amplitude of a sound, for example) and can either turn the LED or the sound on or off, receiving a reward for it. However, the environment around the agent (and the sensor) is continually changing, so it's hard to determine what steps the agent will take and what they will result in. In this sense, the performance is evolutionary in that each "time step" the agent takes is going to be different from the last.
On the opening day, we already had visitors who saw a performance earlier in the day and then one later tell us that they felt the performance was qualitatively somehow different - that it "felt" different. At the same time we have to "tame the algorithms" by shaping how these behaviors and actions are revealed to the public, particularly given that some of these processes take many minutes to unfold and are not entirely interesting in the long run. Sure, they produce patterns but patterns or the formal processes that produce them are not always intrinsically interesting from an aesthetic or affective point of view in and of themselves. This gets us to your next question...
The composition "self organizes in time". Does that mean that the work is going to surprise you? To create light and sound compositions that you had not forecast?
The idea that something will surprise you is at the heart of the concept of "experiment." In science, of course, you want to somehow stabilize this over time and reduce the surprise so things can become consistent and deterministic (and thus, other people can repeat the experiment, achieve the same results and then eventually call this a scientific "fact"). In art, particularly art that utilizes these unstable computational systems, you hope to create the conditions to enable something surprising to happen and then hope it does! This is one reason why artists like Cage with his "chance operations," Xenakis with his "stochastic music" (i.e., music based on probability models) or us with these statistical procedures from machine learning (which are also similarly stochastic), are interested in using techniques in which the results can only partially be predicted.
The issue of relinquishing control is a really interesting question and I've found after working over many years with similar ideas that one is always in a moving target between something which is scripted/fixed and, at the same time, allows a certain degree of improvisation and self-organization in order to keep the sense of "liveness" - that is, something that is taking place right then and there in real time before you. This is the reason to explore these techniques - because ultimately you want to create an experience that renews itself and that maintains its "nowness" - its "life." Control in the real time context of performance is something that I think is vastly overrated! Despite using computational systems (which are at their heart, control systems) and techniques from probability, for example, Xenakis (or Cage, for that matter) was wholly in control of his work and we are too - in the sense that control involves plotting something out in time in some kind of purposive manner. But at the same time, you are never wholly in control because you are dependent on so many other factors, materials and things that have their own tendencies and predilections -- what my friend, the famous sociologist of science Andrew Pickering usefully terms, their "material agency" - their own way of producing material affects in the world.
n-Polytope is using sophisticated technologies that didn't exist at the time of Xenakis' experiments, but apart from the technology what does your work bring that sets it apart from his "Polytopes"?
I think there is more that unites our different approaches than separates them, although clearly our own histories are very, very different than Xenakis's World War II experience. First, the similarities. The original idea to revisit the Polytopes came from two different directions.
The first is my general interest in the history of performative, technologically augmented "total works of art" I wrote a whole book published by MIT Press called Entangled that came out in 2010 about these performative histories) of which the Polytopes are an essential but unfortunately, mostly forgotten part. Indeed, in describing them Xenakis used terms like "interactive," "self-organizing," temporal acts, etc. that are part of our cultural vocabulary now.
The second is more specific to Xenakis' and my own interest in using formal systems (such as those from mathematics or statistics) to generate visceral, perceptual experiences for audiences that continuously slide from order to disorder and in this process, somehow manage to transcend these formal, abstract structures. What is different is clearly the historical and techno-social context that has radically changed since the Polytope de Montreal in 1967. The kinds of media environments that Xenakis had imagined that the Polytopes represent have become, in some ways, common and part of our own technical-cultural moment. Even though we are using very sophisticated techniques culled from current research in computer science and engineering, I think we bring to this re-imagining perhaps a more sober, less utopian approach to technology. Our approach is far less "Platonic" than Xenakis's in that we are interested less in creating a kind of ideal, perfect experience that would be achieved by the "beauty of numbers" or formal principles of geometric thinking but rather creating something less perfect: more fragmented, disordered and messy and whose actions and influence are open to the world.
I'm also quite curious about the fact that n-Polytope is described as a "performance installation". Could you describe what makes the work performative? Why is it not a simple light show?
There are two scales of performance going on in the piece. First, there is, in the traditional sense of a performance, an event that takes place over a very specific window of time, that has a clear beginning, middle and end and has a specific dramaturgical or narrative shape - that takes the audience through a carefully shaped range of experiences - from a kind of meditative silence to absolute, almost apocalyptic chaos and then back to silence. We run five of these performances daily so people know what to expect - when you use the word performance, audiences understand that they should come in at a specific time and stay the duration and that if they wander in or out they will miss part of the experience. It is, of course, always difficult to create this kind of time in the context of museums or visual art exhibitions (think of works from James Turrell or Robert Irwin which, in one way or the other, force audiences into understanding/experiencing a different sense of time than one is used to in the shopping center/ browsing atmosphere of museums) so we are very clear that one should experience the work from beginning to end.
But there is also a second sense of performance. Indeed, why couldn't a light show be seen as performative? Why does a performance have to imply a human performer at all?
This is the core question underlying my current book project for MIT Press called Alien Agency: Ethnographies of Nonhuman Performance. There is now a huge interest in science studies, in sociology and clearly in art and design in moving away from understanding performance as something that is a strictly human act and instead, emphasizes material actions or behaviors of techno-scientifically orchestrated things, transient objects and processes. We already see this taking place in the early days of cybernetics and indeed, this is one reason why we subtitle n-Polytope "behaviors" in light and sound. What one should observe and experience is how light and sound acts and unfolds indeterminately over time, that is, performs - particularly given the fact that this performance is not completely under human control but instead, based on the environment.
Xenakis worked on several "polytopes". How about you? Do you think that this is the first of many n-Polytope?
I think so. The Polytope LABoral is site specific in the sense that it is built for that particular, difficult space, particularly the acoustic design. As soon as the piece opened, I already started thinking of how we can change it to make it better and to resolve things that aren't working yet to our satisfaction. There is already interest from other venues in Europe, in Asia and in North America and they will have their own cultural contexts. So, yes, I think there will be other Polytopes to follow!
n-Polytope, Behaviors in Light and Sound after Iannis Xenakis remains on view at LABoral until 10 September 2012.
This year's edition of the FutureEverything festival in Manchester brought a much discussed phenomenon to the fore: participatory culture. From Wikileaks to Iceland's crowd-sourced constitution, to the Arab Spring, participatory technologies have demonstrated their powerful political potential. The world of culture is harnessing the same connected energies with projects that involve citizen scientists cataloging celestial bodies in the Milky Way galaxy, crowd-curated photo exhibitions and of course the many projects created by artists and designers who either directly use collective action or bring it under a new light.
The festival is over but the exhibition, titled FutureEverybody, remains open till June 10. It is hosted in the spectacular 1830 warehouse, the world's first railway warehouse, part of the Museum of Science and Industry.
The show obviously focuses on the artistic dimension of new participatory technologies, giving a tangible and very approachable dimension to a phenomenon we tend to associate mostly with online practice. FutureEverybody opens with the work of an artist known for putting them spectacularly into practice: Aaron Koblin who, a few years ago, teamed up with Takashi Kawashima and thousands of online workers to create a $100 bill. But you all know Aaron's work so let me call your attention to some of the projects i discovered in the show:
Over 48 hours of user-created audio is uploaded to the internet every minute, a figure that is increasing exponentially. Maelstrom by Daniel Jones and James Bulley draws on these audio-fragments in real-time and broadcasts them through suspended speakers. By organising these fragments based on their tonal attributes, they collectively form a vast instrument, whose properties are affected by global internet activity.
Wikipedia articles, especially new ones, are reviewed by the community to determine whether or not they meet Wikipedia's notability guidelines. Articles nominated for deletion are discussed collectively by the editors before they decided in favor or against keeping them. An administrator then reviews the debate and makes the final decision.
Moritz Stefaner, Dario Taraborelli and Giovanni Luca Ciampaglia analyzed Article for Deletion (AfD) discussions in the English Wikipedia. The result of their research is Notabilia, a visualization of the 100 longest discussions that stemmed from the proposal to delete an article.
I was less interested in the data visualization (which is obviously clear and competently designed) than in learning about the articles questioned and the reason put for forward for their remotion from the online encyclopedia. The entries deleted ranged from the surprising (Islamophobiaphobia) to the downright absurd (List of songs about masturbation, List of Playboy Playmate with D-cups or larger breasts). I've also noticed the high number of articles exposing dubious political or religious agendas.
Jamie Allen's Refractive Index is an ongoing art-research project that uses the large scale public media displays as a kind of camera obscura; inverting typical uses of the screen, and showing us what our screens "see" when they peer into the night sky. I'm not sure i understand what makes it a project that deals with collective action but i loved the rigorous research behind it as well as the way it was documented.
Right in the middle of the exhibition space was a heap of miniature ceramic figures hand-made by Lawrence Epps. A few days before i visited the show, the Sykey Collective distributed 8,000 of these tiny workers in the streets of Manchester. Passersby were then invited to bring them to work, home, on business trips, holidays and document the figurines journey online, either on www.sykey.org and via twitter #littleclaymen.
I wanted to steal a figurine from the exhibition pile and take it with me on the train to London but being a stupidly well-behaved girl, i just looked sadly at them and walked away empty-handed.
Jeremy Hutchison's Extra! Extra! is a collection of newspaper advertising boards with headlines written by Facebook users on the project's Facebook wall. The messages are printed by the Manchester Evening News, and plastered on newspaper billboards around the Museum of Science and Industry site.
Blast Theory was premiering their new game I'd Hide You. As is often the case with the UK collective, I'd Hide You is an online/offline game. Only performers play in the streets while the public can log online, follow them and play. Rules are detailed in the trailer:
Who wouldn't want to be one of the three performers with the cool outfits and gadgets running in the streets of Manchester?
Previously: An Ant Ballet at FutureEverything.
Entrance to the FutureEverybody Art Exhibition is free. The show remains open at 1830 Warehouse, Museum of Science and Industry, in Manchester until 10th June 2012.
As the machines blow vapour rings that double as ephemeral scent zones, the public not only experiences a visual performance of smoke vortices travelling through space, but they also perceive scents that are temporally spatialised and visualised.
I read about the installation while clicking through Ollie Palmer's website, and contacted Heechan to ask him more details about his mysterious machines.
Hi Heechen! An Architectural Time Machine 'creates a series of vortex air and ephemeral scent zone.' It also looks like a canon to me. How did you build it and how does it work exactly?
AATM create an architectural time-based event as blowing vortex rings with scents to rhythm, they unfold tempo in space. These give observers not only an unfolding spectacular performance of rhythmic vortex rings travelling through space, but also vortex rings and scents from the machines are temporally spatialised and visualized. Observers also can smell different scents from different machines and trace moving vortex rings. When the machines stop their performance blowing vortexes, the formed space gradually vanishes as the space is ventilated.
There is a great and unique mechanism firing vortex rings. The mechanism is electronically auto-controlled. As a mechanism controls the interval of vortex firing time, it brings accurate manipulating a rhythmic beating. To achieve this, I employed an 'Alternate rectilinear motion' mechanism, which is given to the rack-rod by continuous revolution of the mutilated spur-gear. Bungee cord in the barrel forces the rod forward to its original position on the teeth of the gear as shown below. As controlling speed of rotation of spur gear, machines achieved rhythmic beating of series of smoke rings.
A stepper motor, which is mounted on main spur-gear, makes it possible to control the speed of rotation of the main spur-gear releasing the hammer-rod to blow air out. A stepper motor, which converts electrical pulses into discrete mechanical movements, is employed.
The results gathered in a series of experiments led the project to the next step of making the progressed version of the machine. Three different scales of machines were created. Each machine has different abilities of performance due to its scale and power of motor. For instance, each machine performs different travel distances of vortex rings and smoke capacity. These differences could be compared to different scale in musical instruments. The machines are named as Nolan, Van Eyck and Petit Manuel, who are cloud sculptors in J G Ballard's short science fiction 'Cloud sculptor of Coral D', who shape clouds with their strange glider having cloud-sculpting devices in the wing.
I used CAD/CAM technologies such as laser cutting, SLS, CNC milling etc. Particularly these technologies make it possible to process rapid prototyping. Rapid prototyping by using SLS (Selective Laser Sintering) has already been practiced through my toy project. Rapid prototyping built a 1:5 scale model in order to test and prove a part of the machine before full scale fabricating. Moving mechanisms, sculptural shapes and the body frames of the machine were tested. Then this has led the constructing of 1:1 scale machine.
The work sounds a bit sci-fi to me. Where did you get the idea for AATM?
You are right. I got an idea from 'Cloud sculptors in coral D', J.G. Ballard's science fiction, in which the three gliders shape clouds with strange machines. I got an idea regarding this project when I was in front of massive loudspeaker in a club. I felt energy of sound from the speaker crashing my body. I thought invisible energy could be translated visible dynamic performance.
But also, I have been very interested in Architectural time based event, looking at how observers can experience time moving in space as observing the performance of machines or devices in space.
Leonardo Da Vinci mentioned 'tempo', which referred to 'speed of time, 'musical' or 'harmonic' time. It might be easy explanation about AATM that it allows observers to experience 'tempo' in space with scents. A series of vortex air from machines construct ephemeral time based event. After travelling through space and time, it just vanishes as space is ventilated.
Here is the best quotation from Stephen Gage in order to help you to understand my inspiration from architectural time based event. "Once we consider architecture to be time based and enmeshed with the way that people perceive and use it, we find ourselves short of reliable conceptual tools that can be used to understand our craft. As an event or series of events in time, we can consider architecture as a performance containing both human and non-human changing protagonists"
The way the vortex rings remain perfectly circular as they rise in the air is impressive. How did you achieve that?
The vortex air generator is an old and traditional toy. It works with simple principles of physics.
But, on a windy day outside, the machines could not have successfully performed. Strong wind destroys smoke rings immediately when it comes out from a machine. It's similar to the cloud sculptors of J.G. Ballard who could not perform when dark clouds were coming, which presage rain. However, it could be acceptable as it is the nature of performance, which is temporally affected by weather and site specific conditions.
The machine creates scent zones. But what do they smell like? and how/why did you chose that scent?
Basically, my time machines cannot make scent itself, but you can put all the scents you want in it.
When I was developing these machines, I found there are some great potentials with various scents. I came across George William Septimus Piesse, an English chemist and perfumer, who offered a music-inspired taxonomy of scents. Following his music taxonomy of scents, I made scent music cord. For instance, C major cord could be made with Orange flower, Almond and Southernwood scent.
I thought that my 8 machines could play scent music with 8 scents.
Are you planning to develop the work further?
I hope to develop AATM and want to enjoy making various events. I have made six AATMs. It was my Masters project at the Bartlett school of architecture, UCL.
It was definitely an architecture project about architectural time based events and I believe I achieved my aim to set up a theoretical base on my interest through this project at Bartlett. I think it's time to apply my AATM to various artistic events over architectural theory. I am keen on involving in various events wherever there is a nice atmosphere and fun people to enjoy my machines.
Also I want to have performances in specific places and buildings, which have their own architectural proportions. As AATMs make a proportional rhythm that the building or
Any other project you'd like to mention?
At the moment, I have been making a small toy called 'Inigo', which is a part of architectural toy project. I have been devised a series of mechanical toys, Toys are printed in one piece by using SLS (Selective Laser Sintering), which allows multiple moving parts to be operated in one piece.
Please visit the web site of Experimental Toy Factory, which I founded last year.
All images courtesy of Heechan Park.
Yesterday i was in Manchester for the FutureEverything festival. Mostly to see the art exhibition. The festival is up until Saturday but the exhibition remains open until June 10. It's a good show. Small but smart and with a sharp focus on artistic and political potential of new participatory technologies. I'll come back to it over the weekend.
Right now i wanted to have a look at Ollie Palmer's Ant Ballet.
Because of their decentralized organization (swarm intelligence), ants are a good model for the kind of participatory projects the exhibition is exploring this year. In the designer's work however, the behaviour and navigation of the insects are manipulated for artistic purposes. Palmer has spent 2 years observing the Argentine ant, aka Linepithema humile to build the Ant Ballet Machine, a system that enables him to direct ants and make them move in a choreographed fashion.
Using synthesised pheromones and computer vision system, a robotic arm sprays out pheromone powder trails that cause the ants to follow artificial trails in preference to the route they would normally take in search of food.
The project is separated into four phases referencing the 1974 scifi movie Phase IV. In the film, scientists are puzzled by the complex designs that ants have started building in the desert. The ant colony have in fact undergone rapid evolution as a result of a mysterious cosmic event.
Phase I of the Ant Ballet (2010-2012) is the one documented at the FutureEverything exhibition, it covers thorough research into ants and control systems, synthesis of ant pheromones and testing of systems with live ants in Barcelona. Phases II-IV (2012-2015) will develop further technologies, chemicals and mechanisms. In 2013 the first public ant ballet performance will be presented at Pestival Sao Paolo.
Check out the documentation of the Ant Ballet at the 1830 warehouse, the world's first railway warehouse, part of the MOSI (Museum of Science and Industry), Liverpool Rd, Manchester. Entrance to FutureEverybody art exhibition is free. The show remains open until 10 June 2012.
There's only one week left to head to Newcastle, Sunderland, Gateshead and Middlesbrough and visit AV Festival, a biennial of contemporary art, music and film which main theme this year is As Slow As Possible.
One of the works on show is the extremely long-term project that sees Agnes Meyer-Brandis training a flock of young geese to fly to the moon. The whole training started last Spring and according to her schedule, the birds will go on their first unmanned flight to the satellite in 2024. However, the artist plans to accompany them on a later flight, most probably in 2027.
Meyer-Brandis' scientific experiment is inspired by The Man in the Moone, a story written in the early 17th century by English bishop Francis Godwin, a believer in the Copernican heliocentric system and of the latest theories in magnetism and astronomy. The book tells how Domingo Gonsales flies to the moon and gets to meet an advanced lunar civilization. The adventurer managed to escape the 'magnetic attraction of the earth' by harnessing a flock of birds called gansas, specifically trained for the purpose. Some critics regard the story as the first work of science fiction in English.
Since it has become so difficult to locate moon geese, Meyer-Brandis breeds her own moon geese. She acquired the eggs last April, named each of them after an astronaut, placed them in an incubator, watched over them, witnessed the hatching and imprinted herself on to them as their stand-in mother, just like Konrad Lorenz did with greylag geese.
The surrogate mother had to spend the weeks following the hatching in close contact with the eleven geese. The astronaut training started almost immediately, the young birds were encouraged to walk in a V-shape --the formation used to tow Godwin's chariot-- taken on expeditions into the mountains for high altitude training, taught how to use morse code devices for improved interspecies communication, and given lectures about astronomy and navigation.
The birds are currently continuing their training at Pollinaria (Italy), in an analogue that simulates the conditions of the Moon. Visitors of the show The Moon Goose Analogue: Lunar Migration Bird Facility in Newcastle can see a scaled model of the remote analogue site, admire the portraits of the astronauts, watch a documentary of the experiment and follow the birds daily life through the screens in the control room at the back of the gallery.
Documentation of the project and installation The Moon Goose Analogue:
Agnes Meyer-Brandis: The Moon Goose Analogue: Lunar Migration Bird Facility is part of the AV Festival and you can see the film and installation at the Great North Museum: Hancock in Newcastle through 31 March, 2012.
Also on view at the AV Festival: Slow Motion Car Crash.