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Posts tagged ‘science’

Cooking up interdisciplinarity (with added artist)


Participants at NAKFI 2015 take part in movement experiment. Photo: Keck Futures

Participants at NAKFI 2015 take part in movement experiment. Photo: Keck Futures

Discussions about the future of science and technology have increasingly considered how interdisciplinary working might contribute to science’s discoveries and technology’s innovations. The National Academies Keck Futures Initiative (NAKFI) was launched in the US in 2003, a program designed to “stimulate new modes of inquiry and break down conceptual and institutional barriers to interdisciplinary research”.

The central tool of NAKFI is an annual themed “think-tank” style conference, attended by 150 participants selected from an international open call. Participants work in interdisciplinary groups to try to address urgent scientific or societal challenges. Afterwards, they can apply for seed grants to enable further pursuit of their ideas.

Previous NAKFI conferences have brought people together from science, engineering and medicine. For the first time in the 2015 conference, the academies decided to include artists and designers. The intention was explore how bringing together arts, design, sciences, engineering and medicine can help to stimulate innovation, as well as how such collaborations might encourage public and academic discourse around critical societal, scientific and environmental issues.

Silhouette of man in front of installation

Ruth West et al., Atlas in Silico, installed at NAKFI 2015. An interactive art installation featuring the entire first release of 17.4 million metagenomics sequences from the Global Ocean Sampling Expedition.

David Edwards, a biomedical engineer and founder-director of Le Laboratoire, an art/science innovation space in Cambridge, Massachusetts, was asked to chair the 2015 NAKFI steering committee and invited me to be a member. This role involved helping to select participants from the open call, generating ‘seed ideas’, and mentoring some of the groups during the conference. I was impressed by the openness of the committee to the possible forms and impact that projects resulting from the conference might take. Most members were scientists or technologists, but had appreciation of the arts from different perspectives.

So does NAKFI work, as an initiator for innovative projects, and as a contribution to breaking down institutional and systemic barriers to interdisciplinary research? NAKFI has funded many interesting looking projects through the process in the past, so perhaps that ticks the first part of the question. Whether it has had a long-term impact on interdisciplinary research in the US can probably only be answered by a longitudinal and attitudinal study of participants and their institutions.

It’s difficult to draw any conclusions as yet from the 2015 conference, including the effectiveness of adding artists into the mix, partly because it’s early days in the development of the proposed projects. The ideas and the content of the discussions are embargoed until Spring 2016, however I think I’m allowed to make some general observations.

As with earlier conferences, the goal was to come up with concrete project proposals. However, the type of impact of the project could be cultural/artistic, as well as educational, social or scientific. Participants were allocated to ‘seed idea’ groups, whose composition was largely led by participant preference, which – whilst apparently a good idea – meant that one group I was mentoring contained no artists, while a second held no scientists. This was a bit of a lost opportunity, as I felt both groups would have benefited from the absent expertise and perspective, although they came up with strong outline proposals.

One realisation I had, observing the conference unfold and speaking with people who had attended previous conferences, was that the group dynamics this year were far more animated than in previous years. One person remarked that back in 2004 there had “nearly been a stand-up fight” between two group participants, but that was a far cry from the impassioned debates, emotional arguments, group upheavals and reformations that characterised 2015’s conference. One organiser suggested it was because the artists were more “desperate” for funding, but I wonder if it isn’t more to do with the tendency (even tradition) for artists to offer the dissident voice, to question consensus and to seek alternative ways of doing things. It’s important too to emphasise that it was not only artists reassigning themselves to other groups, and that some artists stayed in groups where they were uncomfortable, but I like to think that these tendencies of artists I mention can actually benefit such an experimental process.

NAKFI seed group developing idea. Photo: Paul R Kennedy

NAKFI seed group developing idea. Photo: Paul R Kennedy

In accepting the committee position, I was driven by my interest in exploring the role of contemporary art in society, and particularly its potential inter-relationships with science. While interdisciplinary research and education have been enduring interests for me, I’ve been less involved with the innovation agenda, but it seems to me that engaging the interest of policymakers and those in industry can help to strengthen interdisciplinary research involving artists. In the USA, the agenda of ‘STEM to STEAM’ (transforming research, innovation and education policy by placing art and design at the centre of science, technology, engineering and medicine) is being discussed in the National Academies of Science, major universities, and even the US House of Representatives. So I was interested in the NAKFI conference as a testing ground to explore the potential role/s for art within innovation.

And then too I have an underlying urge, which I know I share with many artists, to initiate projects that may have clear practical benefits for people. This tendency in art is something that, in an art historical context, the Arts Catalyst will be exploring at our new centre in London in its opening exhibition: ‘Notes from the Field: Commoning Practices in Art and Science’. Perhaps the role of art is to experience and understand the problem, rather than to seek a solution. But this act of problematising can itself inflame a desire to transform those situations.

Huntingdon Beach, where we stayed for NAKFI 2015. Photo: Alana Quinn

Blue skies at Huntingdon Beach, where we stayed for NAKFI 2015. Photo: Alana Quinn


Aerocene – flight without borders

black balloon, person suspended, white desert, blue sky

Tomás Saraceno. Aerocene, pilot launch at White Sands Desert, 2015. Courtesy: the artist. Photo: Rubin Center for the Visual Arts


In the dunes of White Sands desert, on Sunday 8th November 2015, for the first time in the world, a registered solar heat powered balloon carrying a human person floated for more than 2 hours without touching ground and without burning any gas.

Tomás Saraceno’s work is as conceptually rich as it is aesthetically captivating. His pursuit of a borderless existence in the sky unfolds in a bewitching succession of floating structures, transparent aerial habitations, and human-scale suspended webs. Saraceno’s artistic visions seek to defy the constraints – social, technological, political and cultural – that bind us to a ground-based, bordered, fossil-fuelled, restricted existence. And he underpins these visions with relentless research, technical experimentation and scientific collaborations.

Saraceno’s sculpture Aerocene last week had its pilot flight in the dramatic landscape White Sands desert, New Mexico, in an event organised by the Rubin Center for the Visual Arts in El Paso, curated by my former colleague Rob La Frenais with Tomas Saraceno Studio. This extraordinary flight marked the first milestone in a Saraceno’s new project the Aerocene, which takes forward his vision in the flights of aerosolar sculptures that are inflated by air, lifted by the heat of the sun alone, and transported by the wind.

Black balloon lying in desert

Tomás Saraceno. Aerocene, air heating as the sun rises, White Sands Desert, 2015. Courtesy: the artist. Photo: Ewen Chardronnet

The artist has been experimenting with solar balloons for some years, driven by his dream of habitations in space without polluting the atmosphere with black carbon. Black carbon particles (soot) are emitted by hydrocarbon-fueled rockets and a recent scientific study has indicated that, if the space transport industry grows significantly in coming years, this black carbon could contribute to global climate change. Emissions from 1,000 private rocket launches a year would persist high in the stratosphere, potentially greatly altering global atmospheric circulation and distributions of ozone and contributing to polar temperature rises and sea ice melt.

Saraceno’s siting his new launch in the New Mexico White Sands desert area – where the first rocket launches in the United States were made and where the first tourist spaceport in the world is located – is therefore particularly significant.

Black balloon, white desert, blue sky, person suspended

Tomás Saraceno. Aerocene, White Sands Desert, 2015. Courtesy: the artist. Photo: Ewen Chardronnet

Prior to the launch, Saraceno put out a call for people to be part of a collaborative action to help the launch of his new solar balloon. The experimental flight was preceded by a conference ‘Space Without Rockets’ at the Rubin Center, organized to explore the vision, potential and contexts for the project.

On the morning of Sunday 8 November, around 25 people, including Saraceno’s team of engineers and balloonists, arrived well before dawn at the White Sands Missile Range entry point for security clearance by the US Army (having previously submitted our passport information), which controls a large part of the White Sands area.

We drove out in a convoy of cars across the desert, as twilight spread across the flat landscape. After an hour’s driving, with the sun coming up over the distant mountains, we arrived in the launch site in the heart of the white sand dunes.

black balloon, person suspended, white desert, blue sky

Tomás Saraceno. Aerocene, White Sands Desert, 2015. Courtesy: the artist. Photo: Studio Tomás Saraceno

Saraceno’s black solar balloon was stretched out across the white sand, partially inflated with air. It lay rather limply and lop-sided in the cool dawn air, awaiting the full power of the sun’s heat to emerge. Miraculously, despite an ominous weather forecast that had made some of us a little reluctant to get out of our warm El Paso hotel beds at 3am in the morning, the sky was clear and nor was there a breath of wind.

The Aerocene sculpture materializes more than ten years of research by Saraceno and his team on material properties, thermodynamics and atmospheric science. In principle, as the sun warms the air within the balloon, the air molecules becomes less dense than the outside air, causing the balloon to rise without the burning of propane or the use of lighter-than-air gases (helium or hydrogen).

The flight of this prototype balloon was planned as a tethered flight, always connected to the ground by ropes, as its venting and control had not been tested. The radical action was to lift a person off the ground by the power of the sun itself. In the early morning, the balloon looked as though it could barely lift itself, let alone a person. But, as the desert heat gathered force and the sun’s energy bounced back off the dazzling white sand into the balloon, adding to the heating effect, the balloon gathered strength. With Marija, an experienced balloonist from Croatia, suspended by a skydiver harness below the balloon, it lifted off the ground, controlled by the volunteers holding its ropes. A gentle breeze moved the balloon along the dunes and between them.

As the sun rose further, the balloon’s strength increased, lifting Marija higher. Danja from the Studio took Marija’s place and was allowed to rise to a height of perhaps 100 feet. The balloon strained against its tethers. Six people hung onto each rope to prevent the balloon taking off. Tomas was finally persuaded to take his place below the balloon, and a few others followed him, careful checks on the harness and attachments taking places each time. The balloon became a formidable beast striving to rush upwards to its home in the blue sky. More people joined the ropes to control it. After a few hours, the expert balloonists decided it had become too powerful to control and, after some less than successful testing of the venting, the balloon was gradually brought to the ground and emptied of its blisteringly hot air.

black balloon, person suspended, blue sky

Tomás Saraceno flies his Aerocene, White Sands Desert, 2015.

Saraceno’s fascination for structures in the sky stems from his family’s exile from Argentina (when the artist was a baby) because of the Perón dictatorship. When he returned there ten years later, he felt it was no longer his home, a place where he didn’t belong. Since then, he has travelled a lot and has become interested in challenging how the nations, divisions and borders we inhabit are created on Planet Earth.

His conceptual challenge of the territorialisation of the earth by a move into the sky seems particularly relevant at this time, Europe’s new border crisis, and appropriate for exploration in El Paso, situated on the tense border between Mexico and the USA. Saraceno’s is a utopian project, both in terms of finding a new way of existing borderless, and of reaching the skies and space without polluting them.

But another factor seems apparent in the Aerocene’s connection to a more elemental and human-centered mode of existence. Our severe control over our environment and the elements (as I realised shivering in the glacial air conditioned terminal of Houston airport looking out over a shimmering landscape on my connection to El Paso) has physical and environmental impacts, as detrimental to us, I suggest, as they are beneficial.

Suspended above the desert under a vast black solar balloon, I could feel the sun burning my face, the slight breeze moving me gently, the force of the balloon tugging upwards. I looked out over a white desert dazzling under a violently blue sky, and at the scraps of vegetation struggling in this landscape, and felt the immediacy of the possibility of flying up and off in whatever direction – and across whatever border – the elements might choose, should my colleagues on the ground let go of those two slight ropes. It was an intensely sensorial experience that left me feeling profoundly alive.

black balloon, person suspended, white desert, blue sky

Nicola Triscott flies Tomás Saraceno’s Aerocene, pilot launch at White Sands Desert, 2015. Courtesy: the artist. Photo: Studio Tomás Saraceno

A personal update – seeking the view from Stateside

Neal White with Tina O'Connell, 1x1, Transformer, Washington DC, 2012

Neal White and Tina O’Connell, 1×1, Transformer, Washington DC, 2012. Photo: Tear – Tidal Basin (c) the artists *

I’m excited to let you know that, for the next 12 months, I’ll be based in Washington D.C., from where I’ll be exploring opportunities for the Arts Catalyst in the US, as well as – after 21 years leading the organisation – taking a semi-sabbatical to extend my own research and writing.

One exciting initiative that I’m involved in is as a member of the Steering Committee for the US National Academies’ Keck Futures Initiative ‘Art and Science, Engineering and Medicine Frontier Collaborations: Ideation, Translation & Realization’. The conference at the heart of this initiative takes place next week in Irvine, California, and brings together a diverse group of participants (selected from an open international call) to explore how arts, design, sciences, engineering and medicine can stimulate a renaissance of innovation to solve real-world problems, and create concrete projects that can lead to educational, cultural, social and scientific impacts. As a steering committee member, I’ll be mentoring a couple of the ‘seed idea’ groups that I’ve been involved in putting together: Developing Programs to Engage and Empower Communities to Address Threats to Ecosystems, and Creating Open Data Culture.

Another couple of conferences I’ll be participating in during the year are Aerosolar: Space Without Rockets at the Rubin Center for the Visual Arts in El Paso, Texas, this week, curated by my former colleague Rob La Frenais, where I’ll be talking about the peaceful uses of outer space and attending an experimental balloon launch by artist Tomas Saraceno at White Sands, and the Association of American Geographers (AAG)’s annual meeting in San Francisco, on a panel about Geographies of Outer Space, convened by Julie Klinger and Dan Bednar of Western University in Canada, in March 2016. Also on the space-related side of my work, I’m eagerly awaiting the publication of a book to which I’ve contributed a chapter, The Palgrave Handbook of Society, Culture and Outer Space, a vital collection of texts from a broad range of disciplines that examine outer space as a dynamic and contested field, edited by Peter Dickens and James S. Ormrod. Whilst on the pricey side for most of us, I’m sure many institutions will order a copy for their libraries and I’ll ensure that the Arts Catalyst has a copy in its reference library. We’re also thinking about holding a seminar or event in London next year to explore and open up some of the book’s key themes and ideas.

During the coming year, I’ll continue to oversee the Arts Catalyst’s artistic programme whilst handing over most executive leadership to an interim Managing Director. I’m therefore delighted to announce that we’ve appointed Gary Sangster as Arts Catalyst’s Interim Managing Director. Gary has an exceptional international track record as a museum director, curator, educator and writer, and brings his vast wealth of knowledge and experience to the company. This all comes at a very exciting time for Arts Catalyst. Following our highly successful crowdfunding campaign, the Arts Catalyst’s new Centre for Art, Science and Technology opens in Cromer Street, King’s Cross in January 2016 (I’ll be back in the UK for the opening). Our opening project at the centre will be ‘Notes From the Field: Commoning Practices in Art and Science’ – details upcoming.

You can follow my work both in the USA and the UK (and anywhere else I get invited to!) via this blog and my twitter.

* Image: Neal White and Tina O’Connell’s 1×1, as part of 5×5, comprised 1,000 small vials of “tears” – water collected in Japan after the earthquake and Fukushima Daichi nuclear power plant disaster (my small role in this project was in facilitating the collection of the water from Japan). Visitors were encouraged to pour the water on a cherry tree bringing about a symbolic rebirth, drawing on the specific historical connection to the gift of the Cherry Trees to Washington DC one hundred years ago. 1×1 reflected upon the range of experience and responses to the Tsunami and Fukushima Diaichi catastrophe in Japan a year before the project.

The performance (and performativity) of science

B&W photo. Man dressed as giant butterfly

Jan Fabre, A Consilience, 2000. With Professor Dick Vane-Wright, Keeper of Entomology, Natural History Museum

The text of short talk that I gave at DASER in Washington DC a couple of weeks ago, as part of a themed event on science and performance (you can also watch it here – and see the other speakers’ talks):

Whilst the Arts Catalyst’s work is primarily situated in the visual arts, we see our work – the artistic outputs of our work – as ‘experiences’, in which the medium itself is not the main criteria. I would like to look at three projects that the Arts Catalyst has commissioned, which centre on or incorporate performance as an artform or tactic, and to discuss them through the lens of ‘performativity’, a term which has increasingly entered the social sciences and humanities over the past two decades.

Previously used primarily within theatre and the performing arts, the term ‘performance’ – or the notion of ‘performativity’ is now often employed as a principle to understand human behaviour. The notion that we ‘perform’ our role in society has roots in the 1940s and 50s in the writings of scholars such as Erving Goffman, who in his highly influential book, ‘The Presentation of Self in Everyday Life’ (1959), emphasized the link between social life and performance. In the 1990s, Judith Butler famously theorized gender, along with sex and sexuality, as performative. Scholars interested in the notion of performativity stress the active, social construction of reality, as well as the way that individual behaviour is determined by the context in which it occurs.

The concept of performativity in the social sciences sprang from its use by the language philosopher J L Austin, who argued against the predominant view in philosophy at the time (1970s): that the chief business of sentences was to state facts. In particular, he described a type of sentence, ‘performative utterances’, which perform a certain kind of action (such as ‘I name this ship …’). This concept of ‘performativity’ has been picked up, developed and extended by theorists across many disciplines. It has broadly come to be used to describe theories, models or activities that affect and are affected by their actions, rather than being objective observations or truths.

In the study of science, until recently, experiment – science’s interaction with the world – was viewed as something secondary to theory and technology was barely theorised at all. But a new generation of historians and philosophers have pointed out that science doesn’t just think about the world, it makes the world and then remakes it. In the 1990s, Andrew Pickering argued that studies of science should go beyond science-as-knowledge to include the material, social and temporal dimensions of science [1]. Rather than seeing scientists as ‘disembodied intellects making knowledge in a field of facts and observations’, he suggests that we should start from the idea that the world is filled not, in the first instance, with facts and observations, but with agency.

Two artists, one dressed as a beetle the other as a fly, converse

Jan Fabre & Ilya Kabakov, Eeen Ontmoeting/A Meeting

From the earliest days of the Arts Catalyst, I have been interested in commissioning art, in any medium, that reflects this ‘performative turn’, exploring how scientists shape society, culture and the world and are also shaped by them, rather than art that simply represents scientific discoveries or technologies.

The first project I want to speak about, Jan Fabre’s A Consilience, we were inspired to commission when my colleague at the time Rob La Frenais interviewed the Belgian artist Jan Fabre and returned to the UK to show me a film that Fabre had made with the famous Russian artist Ilya Kabakov, in which Fabre represents the world of the beetle, and Kabakov the realm of the fly.

We invited Fabre to undertake a residency at the Natural History Museum in London, a working scientific research institution as well as, of course, a world-famous public museum. He proposed to interview senior entomologists, each to be costumed in the guise of the insect of the scientist’s focus of study. Fabre himself was an amateur entomologist. To our surprise, the scientists not only agreed to participate, but there was such enthusiasm that we practically had to hold casting sessions.

In the end, five scientists, including the Keeper of Entomology Professor Dick Vane-Wright and the Deputy Keeper Dr Rory Post, took part in a series of conversations held in the museum’s extraordinary backstage collections. As well as discussing their scientific interest in the subject, each was happy to ‘perform’ a number of physical actions of the insects of their field of study. Through this, the film – shown in the museum as a two-screen installation – played on the notion of how the insects and their behaviours act on the humans who study them, as much as being purely the objects of scientific curiosity.

Extracts from Jan Fabre’s A Consilience, 2000, featuring Professor Dick Vane-Wright

In my second example, we brokered and facilitated a collaboration between the French dancer and choreographer Kitsou Dubois and the multidisciplinary scientific Biodynamics Group at Imperial College London. They worked together from 2000 and 2005, studying control and movement of the body in weightlessness, including a number of zero gravity flights with the European Space Agency and the Russian Gagarin Cosmonaut Training Centre, that we organised.

This work led to installations, performances, films and scientific papers, as well as a published scientific paper and a whole new area of scientific research for the Biodynamics Group.

Kitsou Dubois – Trajectoire Fluide (video extract), 2000

Kitsou Dubois – Trajectoire Fluide (performance), 2003

In the spirit Pickering’s introduction of a ‘performative image of science, which aimed to rebalance our understanding of science away from an obsession with pure knowledge and towards recognising science’s material powers, Bruno Latour and Steve Woolgar – in their book Laboratory Life – suggest that the aim of science is not to provide facts or representation about nature but rather to ‘perform’ it [2]. Among their cast of actors are the new products of science, such as genetically modified organisms.

In the US group Critical Art Ensemble’s participatory performance GenTerra (2002), performed as part of Arts Catalyst’s CleanRooms exhibition, audience members could grow and own a sample of transgenic bacteria and, after an intensive learning experience, make their own decision on the ‘release’ of transgenic organisms into the environment.

Since the 1970s, spectacularly rapid developments in the biological sciences have become a source of concern as well as excitement. Many scientists warn of the dangers of commercial pressures to push forward with biotechnology, a technique that contains many unknowns and many defects, leading to real and possible dangers to our health and to the ecosystem.

Man in white coat shows petri dishes of bacteria on release device to young boy

Critical Art Ensemble, GenTerra, 2003

Critical Art Ensemble’s work from 1993 to around 2006 sought to expose misinformation about biotechnology that came from such sources as market directives and science fiction. As few people have direct experience of working with biotechnology, the subject can seem abstract and too difficult for a non-specialist to understand. A key Critical Art Ensemble tactic therefore was to bring this science out of the lab and stage it in the public domain – giving people direct experience of common scientific processes and reliable information on a one to one basis.

The artists’ projects described above give present a few brief examples of how tactics of ‘performing science’ can focus attention on science’s ‘performativity’: on science as a series of actions that affect the world.

(This talk drew on an essay I wrote about Critical Art Ensemble’s work for the book: ‘Performative Science: The case of Critical Art Ensemble’ in Interfaces of Performance, ed. Maria Chatzichristodoulou, Janis Jefferies and Rachel Zerihan, Published by Ashgate, 2009)

[1] Andrew Pickering, The Mangle of Practice: Time, Agency, and Science (University of Chicago Press, 1995)

[2] Bruno Latour and Steve Woolgar, Laboratory Life (Princeton University Press, 1986).

Science at the edge of the world

The 10-meter South Pole Telescope and the BICEP Telescope at Amundsen-Scott South Pole Station

South Pole telescope and BICEP2 telescope at Amundsen-Scott South Pole Station. | REUTERS

Antarctica science has been major news recently, with the apparent discovery of gravitational waves by the BICEP2 (Background Imaging of Cosmic Extragalactic Polarization) telescope, sited at the South Pole. If confirmed, this discovery is of huge significance to our understanding of how the universe began, as it supports the inflationary theory of how the universe formed, which proposes that there was a sudden stupendous enlargement of the universe in the first infinitesimal fraction of a second after the big bang. This inflation would have created ripples in space-time (gravitational waves), according to Einstein’s general theory of relativity. Astrophysicists have been searching for signs of these waves in cosmic microwave radiation – the afterglow of the Big Bang – which fills the entire cosmos. However, it was known that such waves would be miniscule and incredibly difficult to detect, but if they could be detected, it would help to prove that inflation had happened.

Staff at Halley VI launch a weather balloon to take samples from the atmosphere, British Antarctic Survey

Staff at Halley VI launch a weather balloon to take samples from the atmosphere, British Antarctic Survey

It is the dryness of Antarctica that makes it ideal for astronomical research, as atmospheric water vapour absorbs millimeter and sub-millimeter wavelengths, making it difficult to observe cosmic microwave background in most places on Earth. The combination of altitude – 11,000 feet – and cold (temperature averages -49° Celsius) in Antarctica makes for a very dry atmosphere. As an added bonus for astronomical research, nighttime lasts for six months. These conditions allow for optimum observation of very deep space.

As well as astronomical research, much other important scientific research also takes place in Antarctica. Scientists come to the continent from around the world to study climate, astrophysics, marine biology, geology, ecology, and more. The Antarctic ice sheet plays a vital role in the functioning of the global ecosystem. It stores 70 per cent of the world’s fresh water, and the seasonal changes in Antarctica’s sea ice have a profound influence on atmospheric and water temperatures and weather patterns.

As laid out in the Antarctic Treaty of 1961, Antarctica is a continent solely dedicated to science. But the extreme conditions of cold and dark in Antarctica make human life, habitation – and therefore scientific research – highly challenging. To undertake any scientific research in Antarctica depends not only on the quality and commitment of the scientists, but also on the nature of the scientific stations, facilities and equipment.

Princess Elisabeth Antarctica, the first "Zero emission" polar research station in the mist at Utsteinen - Belare 2008-2009

Ice Lab – Princess Elisabeth Antarctica, the first “Zero emission” polar research station (c) René Robert – International Polar Foundation

At the Arts Catalyst, we’re excited that our curated exhibition, ‘Ice Lab: New Architecture and Science in Antarctic’, initiated and commissioned by the British Council, will tour to New Zealand’s IceFest in Autumn 2014, where it will show at the Canterbury Museum, Christchurch, from 26 Sept – 12 Oct 2014. ‘Ice Lab: New Architecture and Science in Antarctic’ presents some of the most innovative and progressive examples of contemporary architecture in Antarctica, which enables scientists to do ground-breaking research in extreme conditions, as well as showcasing some of the science that takes place there.

‘Ice Lab: New Architecture and Science in Antarctic’ features architectural projects that not only utilise cutting-edge technology and engineering, but have equally considered aesthetics, sustainability and human needs in their ground-breaking designs for scientific research stations. The exhibition features four international projects: Halley VI, UK (Hugh Broughton Architects), Princess Elizabeth, Belgium (International Polar Foundation), Bharati, India (bof architekten/IMS), Jang Bogo, South Korea (Space Group), and the Iceberg Living Station (MAP Architects) – a speculative design for a future research station to be entirely made from compacted snow. The featured stations are each architecturally pioneering – from Halley VI, the first fully relocatable polar research station, to Bharati, a striking modernist structure made from prefabricated shipping containers, to the Princess Elisabeth, Antarctica’s first zero-emission station, which seamlessly integrates renewables wind and solar energy, water treatment facilities, passive building technologies and a smart grid for maximizing energy efficiency.

Installation view of the Antarctica station models.

Ice Lab exhibition. Installation view of the Antarctica station models. Photo: McAteer Photography

Ice Lab, previously shown at Lighthouse, Glasgow, and Manchester’s Museum of Science and Industry, includes original drawings, models, photographs and films of the stations, and highlights the diverse science that takes place in Antarctica – from collecting 4.5 billion year old meteorites that illuminate how the solar system formed, to drilling ice cores whose bubbles of ancient air reveal the earth’s climate history. As part of the exhibition, artist Torsten Lauschmann was commissioned to create two new artworks, ‘Whistler’ and ‘Ice Diamond’.

A person sitting on a rock reading the Ice Lab book surrounded by snow and one penguin.

Ice Lab book being read in Antarctica. Photo: Clare Thorpe

Accompanying the Ice Lab exhibition, there is a publication – available in print form and as a free downloadable e-book – with essays by Dr David Walton (British Antarctic Survey) and Sam Jacob (co-founder of FAT architects).

The Ice Lab exhibition builds on Arts Catalyst’s previous work on Antarctic issues, including Simon Faithfull’s 2006 Ice Blink exhibition of artwork resulting from his trip to Antarctica with the British Antarctic Survey, and the 2007 POLAR: Fieldwork & Archive Fever series, with Kathryn Yusoff and the British Library, which incorporated a symposium, public talks, a publication Bipolar, and two new artists’ commissions from Anne Brodie and Weather Permitting.

20 years of The Arts Catalyst

Speaking at the inaugural London LASER event at the University of Westminster about some of Arts Catalyst’s seminal projects over the past 20 years:

Do Not Lick: MadLab’s DIY biology residency at Arts Catalyst

Shoestring Lab workshop, MadLab's Lab Easy, 2013

Shoestring Biotech: build your own lab, MadLab’s Lab Easy, 2013

DIY Biology is a growing global network of individuals that aims to promote citizen science and access to biotechnology. Participants may call themselves biohackers, biotweakers, bioartists (or simply artists), citizen scientists or amateur/independent biologists, depending on their approach and background. Interests of DIY (do-it-yourself) biologists include building their own low cost lab equipment and running experiments that would typically be done in an academic or commercial environment.

Bioluminescence workshop, MadLab's Lab Easy, 2013

Bioluminescence workshop, MadLab’s Lab Easy, 2013

Manchester’s MadLab (Asa Calow and Rachael Turner) was invited to be The Arts Catalyst’s first “institution in residence”. They took up their residency with us for two hectic weeks of Lab Easy in March. The residency offered both a professional development opportunity for MadLab, and the chance to run a series of workshops to engage a wider London public in the methodologies and ideas of DIY biotechnology. Ambitiously, Lab Easy held almost daily public workshops: from culturing bioluminescent bacteria to DNA extraction, cellular gastronomy to genetic modification. There was also a family day, an evening DIYBio salon and a peripatetic market foodlab in Deptford Market.

Cocktails and canapes, MadLab's Lab Easy, 2013

Cocktails and canapes, MadLab’s Lab Easy, 2013

Gjino Sutic's live mechatronic heart

Gjino Sutic’s live mechatronic heart

The residency attracted an extraordinary international gathering of artists, biohackers, designers and scientists, many of whom helped to devise and run the workshops. Not a day went by when someone from another DIYBio space across the globe turned up with a rucksack and unpacked various experiments. They included Dr Mark Dusseiller of Hackteria and Biotehna, Gjino Šutić from Zagreb, Ellen Jorgensen from GenSpace New York, Cathal Garvey from Cork, Thomas Landrain from La Paillasse Paris, Brian Degger from of Maker Space Newcastle, Kristijan Tkalec from Biotehna Llubljana, and Martin Malthe Borch from Copenhagen. MadLab and collaborators filled the Arts Catalyst space with wonderful conversation and strange experiments – as well as piles of petri dishes, boxes of pipettes, biotech kits, bits of electronics, soldering irons, trays of soil, jars of pond water, live fish, dead squid, bits of lego, a live biomechatronic heart, and in one corner a plastic cupboard area marked ‘Do Not Lick’, containing the outputs – I believe – from the self-cloning bacteria workshop (AKA genetic modification for beginners).

Bioluminescence, MadLab's Lab Easy, 2013

Bioluminescence, MadLab’s Lab Easy, 2013

Deptford Market Food Lab, MadLab's Lab Easy, 2013

Deptford Market Food Lab, MadLab’s Lab Easy, 2013

The Arts Catalyst’s involvement with amateur biology largely stems from its collaborations with Critical Art Ensemble, SymbioticA, and other artists and art groups since the early 2000s. Critical Art Ensemble (CAE) is a US art collective of tactical media practitioners who appropriated scientific knowledge and practices with the aim of bringing biotech into the public domain for critical examination, a tactic they called “contestational biology”. Arts Catalyst presented CAE’s GenTerra in London and Oldham, and collaborated on Marching Plague, projects which contributed to CAE member Steve Kurtz’s 4-year hounding by the FBI on unfounded suspicions of bioterrorism – In partnership with SymbioticA, a biological arts centre from Western Australia, we have run a number of ‘biotech art’ workshops, introducing artists and creative practitioners to hands-on experiences and critical and ethical discussion around biotechnology practices, including the BioArt Workshop in 2005  and Synthesis workshop in 2011. We have also worked extensively with the ecological artist Brandon Ballengee, whose practice incorporates primary biological research, largely into amphibians, and whose interests include the effective role that public volunteers (citizen scientists) can play in amphibian conservation efforts. We are interested in both the critical interrogation that artists can bring to advanced biology, as well as their playful, experimental and participatory approaches to art and research into living systems.

DIY Microscopy & Water Bear Hunting, MadLab's Lab Easy, 2013

DIY Microscopy & Water Bear Hunting, MadLab’s Lab Easy, 2013

Coincidentally Claire Pentecost, an artist and a long-term collaborator with Critical Art Ensemble, who was centrally involved in campaigning against the FBI’s case against Steve Kurtz, was London during the residency researching a new project on soil science, and called in to visit. It was a fascinating meeting of two generations of practitioners involved in DIY Bio and a moment of realisation of how the Kurtz case altered the amateur biology landscape at least in the US. Whereas, in 2004, FBI agents invaded Kurtz’s house in hazmat suits, arrested him and saddled him with mail fraud charges that took him four years to clear, in 2012 the FBI invited and flew 60 or so of the most prominent members of the DIYBio movement – from across the US, Europe and Asia – to a 3-day FBI organized conference in California. How times change.

Cellular Gastronomy, MadLab's Lab Easy, 2013

Cellular Gastronomy,
MadLab’s Lab Easy, 2013

At the DIYBio Salon, Claire asked about the politics and critical stance of the new generation of DIYBio practitioners as represented at Lab Easy. Ellen Jorgensen from Genspace felt that DIY Bio was a movement of individuals with some unifying principles – freedom of expression, freedom of speech – but a spectrum of politics: some saw a DIY biology lab as a political statement, while others just want to do some science; some wanted to push boundaries, while others wished to operate within the regulations of established science. Cathal Garvey (a trained geneticist with a Class 1 licensed lab in his spare bedroom) spoke out passionately against patenting: “Most of you are not aware that you do not own your own DNA”; and Marc Dusseiller (nanoscientist and co-founder of Hackteria) spoke of a gradual movement towards a world without patents, as more people and companies, particularly in the developing world, are becoming involved. He felt that DIY Biology plays a role in a cultural shift towards openness: part of a pattern of movements including open democracy, open access to publications, open data, and open science.

More pics below …

PS. Interesting blog post (in Danish) about LabEasy from one of the collaborators, Martin Malthe Borch.


Deptford Market Food Lab, MadLab's Lab Easy, 2013

Deptford Market Food Lab, MadLab’s Lab Easy, 2013

Deptford Market Food Lab, MadLab's Lab Easy, 2013

Deptford Market Food Lab, MadLab’s Lab Easy, 2013

Cocktails and Canapes: the genetics of taste, MadLab's Lab Easy, 2013

Cocktails and Canapes: the genetics of taste, MadLab’s Lab Easy, 2013

Bioeletronics, MadLab's Lab Easy, 2013

Bioelectronics, MadLab’s Lab Easy, 2013

Cellular Gastronomy, MadLab's Lab Easy, 2013

Cellular Gastronomy, MadLab’s Lab Easy, 2013

Deptford Market Food Lab, MadLab's Lab Easy, 2013

Deptford Market Food Lab,
MadLab’s Lab Easy, 2013

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