三原 聡一郎
The Blank to Overcome
file festival
Part of the ”blank” project that the artist has been creating since 2011, “The Blank to Overcome” utilizes air pumps, power supply control circuitry, water, solution, glycerin, ethanol and electricity to produce bubbles in the air. The theme of ”blanks” denotes a space for an unsolved ”inquiry” through the perspectives for thinking about the post-3.11 present: how the bubbles are always shifting as a giant cluster, almost without mass or structure, and the facing up to this; and the framework since modernity that has prescribed society, and the ”involved” or the ”other”. From this work debate will surely emerge.

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克服するための空白

アーティストが2011年から作成している「ブランク」プロジェクトの一部である「TheBlankto Overcome」は、エアポンプ、電源制御回路、水、溶液、グリセリン、エタノール、電気を利用して空気中に気泡を生成します。 「空白」のテーマは、3.11以降の現在について考えるための視点を通して、未解決の「問い合わせ」のためのスペースを示しています。泡は、ほとんど質量や構造がなく、巨大なクラスターとして常にシフトしており、これに直面しています。 ; そして、社会を規定してきた近代以来の枠組み、そして「関与する」または「その他」。 この仕事から議論が確実に浮かび上がるでしょう。

ポンプ

Specimen Box

The OCR began work on Specimen Box in 2014 at the request of Microsoft’s Digital Crimes Unit. Microsoft’s Cybercrime Center monitors communications coming from hundreds of millions of PCs around the world that have become infected by botnet malware. Employing data sonification together with advanced visualization techniques, Specimen Box provides a configurable multi-sensory presentation of botnet signal activity in real time. It also features a multitouch gesture-based interface for navigating, exploring, selecting, and examining the billions of signals that have previously been collected. Users can access the collected signals based on their activity levels, the geographic locations of their sources, or their daily activity patterns over time, using clustering to group sources with similar behavior.

Xenobots – the First “Living Robots”
Researchers used the Deep Green supercomputer cluster and an evolutionary algorithm to design new life-forms that could achieve an assigned task. Then they built them by combining together different biological tissues from Xenopus laevis embryos, hence the name Xenobots.
Credit:A scalable pipeline for designing reconfigurable organisms
Sam Kriegman, Douglas Blackiston, Michael Levin, and Josh Bongard
PNAS, DOI: 10.1073/pnas.1910837117

The building of student dwellings in the complex of buildings belonging to Utrecht University has transformed the Uithof site into a full-fledged campus. It will also help relieve the chronic housing shortage for young people in the city of Utrecht. Within the line of freestanding buildings (‘Objectenstrook’) the master plan designed by OMA, our block of 380 independent and clustered rooms presents itself as a solitary mass with a 20 metre cantilever. The spectacular main concrete supporting structure consists of four slabs that together form a theatrical single table leg. The ‘leg’ and its rocking bench dramatize the main entrance and create an urban rendezvous which distills the encounters and the to-and- from of all those students.

Hidden Gems
Transforming the mopo oil reserve base, south korean designer hyuntek yoon of nooyoon has created a cultural and recreational cluster on the site. Located in sangam, north west of seoul, the abandoned area was previously filled with waste until the 2002 work cup which saw it turn into an an ecological park, digital media city, and world cup stadium. ‘Hidden gem’ seeks to revitalize the last piece of waste-land for public use. The project is based on the following questions: how can five oil tanks be transform to embed recreational programs and how can multiple activities interrelate and operate with each other?