Tomás Saraceno’s "In Orbit" installation, a netted web that extends 65 feet into the air, in Germany’s K21 Staendehaus Museum.
Tomás Saraceno’s "In Orbit" installation, a netted web that extends 65 feet into the air, in Germany’s K21 Staendehaus Museum.

Video: Visiting Artist Tomás Saraceno’s In Orbit

Check out our Inaugural Visiting Artist Tomás Saraceno’s newest installation, a netted web that extends 65 feet into the air, in Germany’s K21 Staendehaus Museum. For more information on the ideas that drive Saraceno’s work, read about his far-ranging conversations with MIT scientists and engineers on biomimicry, atmosphere, and cosmology.

Close-up of white bacterial growths of varying sizes on an agar plate.
Bacteria on an agar plate. Credit: Creative Commons

Painting with Bacteria

Spliced with the same protein molecule that causes jellyfish to light up so brilliantly, Tal Danino’s e. coli bacteria pulse and flash like blinking neon signs. Danino, an MIT postdoc in Dr. Sangeeta Bhatia’s lab at the Koch Institute for Integrated Cancer Research, programmed the bacteria to release the protein through a phenomenon called quorum sensing, a way in which bacteria communicate with one another in order to function as a group.

A music stand with two small white electronic devices.

Tristan Perich’s 1-Bit Symphony

Tristan Perich writes music in 1s and 0s. His is an art determined by the binary on/off logic of the computer, an art in search of foundational laws. He is interested in processes, scripts, and scores: cyclical and infinite sets of rules that illuminate the possibilities and limitations of the knowable world.

A woman sings into a microphone amid a group of musicians.
Pamela Z performs at the CAST Marathon Concert, MIT, 2013. Credit: L. Barry Hetherington.

CAST Marathon Concert


It was likely the first time Senegalese sabar drums, a cello, a didgeridoo, an accordion, a piano and panpipes made from test tubes all occupied one stage together. A follow-up to 2011’s FAST Forward Marathon concert, the concert celebrated the convergence of art and technology — from simple percussive acts to the most sophisticated gestural controls — and showcased the many creative tools and techniques used by artists from MIT and beyond.

German words projected on brick arches.
Turntable History by Arnold Dreyblatt

Visiting Artist Arnold Dreyblatt’s Magnetic Resonances

I first heard Arnold Dreyblatt’s music while couch surfing in the early 1980s, in a loft in what we still were getting used to calling Tribeca. The picture on the album cover was enough to do it for me, but the music was something else entirely. Metallic shards of overtones, emanating from what I eventually learned to be Arnold’s bass, in simple but mesmerizing rhythms, shooting off in all directions, latched onto by other instruments with similarly resonant qualities – his Orchestra of Excited Strings.

A man plucks strings on a large instrument made of wood and strings.
Victor Gama plays the TOHA, 2012. Credit: Niklas Zimmer.

Visiting Artist Victor Gama Creates Futuristic New Instruments

Victor Gama is a composer whose process begins with the creation of an entirely new instrument, one whose design is steeped in symbolic meaning. Concept design, the selection of materials, fabrication, and scoring is all part of the rigorous way Gama creates new music for the 21st century, blending current fabrication technologies with ideas, materials, and traditions inspired by the natural world.

People climb on large inflated transparent sheets in an atrium space.
Tomas Saraceno’s “On Space Time Foam,” Hangar Bicocca Milan, 2012. Photo: Barry Hetherington.

Saraceno: Conversations on Cosmology

In Tomás Saraceno’s most recent installation On Space Time Foam, visitors are invited to enter three clear membranes of plastic suspended 25-meters in the air. The installation creates a new bodily experience, transforming everyday perceptions of space and one’s relationship to others. In this work, he takes as his material and inspiration the basics of physics: mass, energy, space, and gravity. At MIT, he had the opportunity to share his work with physicists Jerome Friedman and Robert Jaffe, Edward Farhi, and Alan Guth from MIT’s Center for Theoretical Physics.

Clusters of clear orbs float in a blue sky.
Tomás Saraceno, Flying Garden/Air-Port-City, 2005. Image courtesy of Tomás Saraceno; pinksummer contemporary art, Genoa. Installation view: Villa Manin, Center for Contemporary Art, Codropio. Credit: Sillani.

Saraceno: Conversations on Atmosphere

The dream of Saraceno’s ongoing project, “Cloud City,” is not only to live among the clouds but also to create cities more like clouds – changeable, mobile, and responsive to atmospheric shifts. His experimental sculptures, expressing an aerial vision for the future, are often prototypes for incubating an interconnected existence in the sky. At MIT, Lodovica Illari, Adrian Dalca and Michael Rubinstein, and John Hansman shared with Saraceno their expertise on atmosphere and flight, representing the exciting possibilities in hinging visionary thinking to technical expertise, imaginative speculation to material realities.

A complex irregular network of many black fibers in a white gallery space.
Tomás Saraceno, 14 Billions, 2010. Credit: Studio Tomás Saraceno.

Saraceno: Conversations on Biomimicry

When asked who the audience was for his work during a public lecture here at MIT, Tomás Saraceno replied, “spiders!” Here we explore the artist’s ongoing interest in biomimicry –- the creative application of natural systems and processes towards human solutions -– through the work of several MIT researchers. Like Saraceno – whose aerial installations take inspiration from spider webs, soap bubbles, neural circuits, and cosmology – faculty Markus Buehler, Neri Oxman, and Dörthe Eisele are similarly interested in harnessing the power of nature to create new materials for a more sustainable future.