“Growing a city from the bottom up” could save the human race

Dezeen and MINI Frontiers: developing “living architecture” could help humanity survive, claims senior University of Greenwich lecturer Rachel Armstrong, who is investigating how we could grow a city in space.

Visualisation of living architecture by Dan Tassell
Visualisation of living architecture by Dan Tassell

“The world in which our cities are situated is lively,” says Armstrong. “A living city could confer survival strategies and some form of adaptation to our buildings.”

Living buildings could “absorb pollutants and carbon dioxide,” she claims, and even offer better protection against natural disasters.

“In an age when we’re faced with repeated flooding, tornadoes, hurricanes and earthquakes, I think that to design for instability is a really powerful thing.”

Illustration of what the starship Persephone might look like by Phil Watson & Jon Morris
Illustration of what the starship Persephone might look like by Phil Watson & Jon Morris

Armstrong, who is also a senior TED fellow and founder of research group Black Sky Thinking, is currently investigating how we would grow cities from soils as part of a project called Persephone. Led by the Icarus Interstellar foundation, the ambition of the project is to achieve interstellar space travel by the year 2100.

Illustration of what the starship Persephone might look like
Illustration of what the starship Persephone might look like

“Persephone is the design and engineering of the living interior of a starship,” Armstrong explains. “This is a world ship. It contains human inhabitants and therefore the interior of this space needs to support these peoples for the duration of their journey, and that could be hundreds, potentially thousands of years.”

Visualisation of synthetic soil on the starship Pershephone
Visualisation of synthetic soil on the starship Pershephone

She continues: “The architectures within this space will be grown from the bottom up, using the soils. The soils themselves will not be made inert like they are on earth – like bricks. In Persephone the culture would be to keep the liveliness of everything. So we will be extruding structures from soils. In some ways I can think of them being like the caves in Cappadocia in Turkey.”

Cappadocia caves, Turkey
Cappadocia caves, Turkey

While Armstrong admits the realisation of such a “world ship” is far off, she believes research into biological buildings and construction methods is important for life on earth.

“This might seem quite esoteric and ‘out there’,” she says. “But Persephone is essential for us because it asks us questions about what survivability and sustainability is on our planet right now.”

Rachel Armstrong
Rachel Armstrong

The music featured in the movie is a track called Everything Everywhere Once Was by UK producer 800xL. You can listen to more original music on Dezeen Music Project.

The movie features additional footage from Dan Tassell’s The Battersea Experiment.

Dezeen and MINI Frontiers is a year-long collaboration with MINI exploring how design and technology are coming together to shape the future.

Dezeen and MINI Frontiers

The post “Growing a city from the bottom up”
could save the human race
appeared first on Dezeen.

World Science Festival 2014: Making science accessible and relevant, this year’s program features a civil discussion of the Big Bang, pie-o-physics and Paul Rudd as Einstein

World Science Festival 2014


While the younger generation may have had entertaining outlets like “The Magic School Bus” book series or “Bill Nye the Science Guy” to make science relevant and accessible, lucky New Yorkers of all ages—especially adults—have the …

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ListenUp: Space songs made from NASA Voyager recordings, dancing to Jamie xx vibrations, and more in the music we tweeted this week

ListenUp


Sylvan Esso: Coffee In a song centered around dancing, Sylvan Esso’s Amelia Randall Meath sweetly croons “Sentiment’s the same but the pair of feet change,” conceivably creating a beautiful metaphor for relationships and the woes of falling in love. Meath’s delicate vocal harmonies…

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Runway Office in San Fransisco

Les récents bureaux de Runway situés à San Fransisco sont célèbres pour leur architecture intérieur atypique. Tel un loft, l’espace et la lumière caractérisent ces bureaux. Un espace à la fois, conceptuel, moderne et esthétique à découvrir sur Fubiz en détails et en photos ci-dessous.

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Link About It: This Week’s Picks : Instagram in space, Tokyo’s POOL, unplayed Aphex Twin and more in our look at the web this week

Link About It: This Week's Picks


1. The Injustice of Food Chains In a new, appropriately titled documentary short, “Food Chains,” the hands and hearts of the individuals producing our every day foods are unearthed. With so much interest in food globally—from…

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TED 2014: Earth and Space: A closer look at Planet Labs’ earth mapping project and the Large Synoptic Sky Survey

TED 2014: Earth and Space


In years past, the topic of space has remained a constant theme at TED conferences, and at last week’s 30th anniversary series of talks in Vancouver, BC, the expansive and always awe-inspiring topic remained on the table. While much talk has centered around a certain legendary singing Canadian astronaut,…

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Hypersleep

Nello spazio nessuno può sentirti russare. Con l’app Hypersleep puoi decidere di dormire come se fossi a bordo della Millenium Falcon o dell’Enterprise o altre figose navicelle spaziali. Semplicissima da usare: setti la sveglia, scegli la navicella e ti addormenti da vero eroe. L’app è ottimizzata per non sucarti troppa batteria. Sconsigliata agli ansiosi.

Hypersleep

Hypersleep

Hypersleep

NASA’s latest robot is designed to bounce and roll across rough terrain

NASAs new robot is designed to bounce and roll across rough terrain

News: NASA is developing robots made from a tensile system of interlocking rods and cables that can transform from flat components into a ball shape then tense and flex to roll around the surface of planets.

Researchers at the Intelligent Systems Division of NASA‘s Ames Research Center in California designed the Super Ball Bot robots as a more flexible and robust alternative to conventional probes, which can be damaged by the impact of landing on a planet’s surface.

“Current robot designs are delicate, requiring combinations of devices such as parachutes, retrorockets and impact balloons to minimise impact forces and to place a robot in a proper orientation,” said the research team led by Vytas SunSpiral and Adrian Agogino.

“Instead, we propose to develop a radically different robot based on a ‘tensegrity’ built purely upon tensile and compression elements.”

NASAs new robot is designed to bounce and roll across rough terrain
Concept drawing of the Super Ball Bot structure

Constructed from a network of rods and cables that surround and protect the scientific payload at its centre, the lightweight collapsible design is developed using the principles of tensegrity pioneered by American architect and engineer Buckminster Fuller in the 1960s.

Instead of employing wheels or tracks, the robots move by using a system of motors to shorten and lengthen cables connecting the rods, which changes the balance of tension in the structure and causes it to jerk and roll across the ground.

NASAs new robot is designed to bounce and roll across rough terrain
Super Ball Bot mission concept

The flexibility of the system enables the different points that touch the ground to adjust according to what they’re interacting with, allowing the robots to navigate across hills, debris and uneven terrain.

The robots could be flat-packed for transportation and unfold into a three-dimensional configuration in preparation for landing on a planet’s surface, at which point the structure would compress to absorb the energy of the impact.

NASAs new robot is designed to bounce and roll across rough terrain
Super Ball Bots could be deployed from a spacecraft and would bounce to a landing before exploring the planet

“These robots can be lightweight, absorb strong impacts, are redundant against single-point failures, can recover from different landing orientations and are easy to collapse and uncollapse,” the researchers added. “We believe tensegrity robot technology can play a critical role in future planetary exploration.”

Groups of dozens or even hundreds of probes could be launched onto a planet and operate as a coordinated and interactive team to gather samples.

The scientists have constructed prototypes using poles around one metre in length to demonstrate their principles, but claim that much larger versions could be built to carry larger scientific instruments.

All images are courtesy of NASA.

The post NASA’s latest robot is designed to bounce
and roll across rough terrain
appeared first on Dezeen.

20 Square Meter Studio in Tel Aviv

Réalisé par Raanan Stern et Shany Tal, ce studio multifonctionnel à Tel-Aviv a subi une transformation à partir d’un appartement exigu en un espace de travail polyvalent et fonctionnel. L’espace est seulement de 20 mètres carrés mais parvient à s’adapter à une multitude d’options de stockage, ainsi que d’un lit caché.

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Link About It: This Week’s Picks : A Ken Burns iPad app, touchscreen subway maps, swapping sexism and more in our weekly look at the web

Link About It: This Week's Picks


1. The Office Meets International Development The mockumentary genre continues to be a major force in both TV and movies around the world, and now Kenya is getting its first comedy-doc series, tacking issues that are both local and international. As one of…

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