The Elastic System launches online
Richard Wright’s art project the Elastic System has launched now online too. Originally commissioned as part of our AHRC funded project Internet of Cultural Things, the piece was first a temporary installation at the British Library (and subsequently touring to Hartley Library, University of Southampton where it was presented with support from Dr Jane Birkin and AMT). Please find below the Press Release for the online launch. I myself am currently writing a text on art practices, library infrastructures and contemporary cultures of data in cultural institutions.
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Press Release
Follow: https://twitter.com/ElasticSystem
You are invited to visit the new high resolution version of the ELASTIC SYSTEM, an artwork by Richard Wright in collaboration with the British Library.
The ELASTIC SYSTEM was produced during a year-long artist-in-residency at the British Library and is the first artwork to be given access to their core electronic networks and databases.
The work takes the form of an interactive portrait of the C19th librarian Thomas Watts, an obscure but important figure in the early history of information technology. In 1840 Thomas Watts invented his “elastic system” of storage for the British Library to cope with the enormous growth in their collections that was threatening to overwhelm them. This photomosaic has been generated from 4,300 books as they are currently stored in the Library basements at St Pancras, an area not normally accessible to the public. The “Elastic System” functions like a catalogue, allowing people to visually browse part of the British Library’s collections, something which has not been possible since Watts’ time. Furthermore, each book is connected live to the Library’s electronic requesting system. By clicking on a book you can find out more about the item and how to request it from the Library. If you do request a book, it is removed from the mosaic to reveal a second image underneath. This image is a portrait of the staff who work in the underground storage basements, the hidden part of the Library’s modern requesting system.
In order to create the second image, the artist spent two days working with the basement staff at the St. Pancras site, taking hundreds of photographs. With a collection as large and as diverse as the British Library’s, its successful functioning depends on a well tuned human element, which although it is as essential as the electronic networks, is less visible and less appreciated.
After being exhibited as an installation at the British Library, the Hartley Library and the Digital Catapult centre, the “Elastic System” has now been optimised and rebuilt at double the resolution. It is being released as a public web site on September 9th to mark the anniversary of the death of Thomas Watts in 1869.
This work is part of an AHRC funded research project called “The Internet of Cultural Things”, a partnership between the artist Richard Wright, Dr Mark Cote (KCL) and Professor Jussi Parikka (Winchester School of Art) with wide representation from the British Library including Jamie Andrews, Head of Culture and Learning, Dr Aquiles Alencar Brayner and Dr David Waldock. The aim is to use digital data and the creative arts to transform the way people and public institutions interact. The “Elastic System” uses Watts early C19th insights into database access to create a new catalogue out of visual metadata (digital photographs), making it a portrait that is also an extension of his work.
Richard Wright is an artist working in animation, moving image and interactive media. An archive of his work can be found here: www.futurenatural.net
Email: contact@elasticsystem.net
The artist has written three blog posts about their research behind this project:
https://internetofculturalthings.com/2016/06/08/where-is-the-library/
https://internetofculturalthings.com/2016/06/18/what-can-you-do-with-a-library/
https://internetofculturalthings.com/2016/09/01/elastic-system-how-to-judge-a-book-by-its-cover/
Google Photos: https://tinyurl.com/ElasticSystem-images
Machinology 