Glowing indoor forest made from paper by Orproject

London architecture studio Orproject has installed a forest of illuminated paper trees that join up to form a continuous canopy at a gallery in New Delhi (+ slideshow).

Glowing indoor forest made from paper by Orproject

Called Vana, meaning “forest” in Sanskrit, the hanging installation by Orproject features four trunk-like structures designed to mimic natural growth patterns.

Glowing indoor forest made from paper by Orproject

To achieve this, the team developed a series of algorithms that mimic the veins found in leaves.

Glowing indoor forest made from paper by Orproject

“When the leaf grows, the veins develop with it in order to reach each cell on the surface of the leaf and supply them with nutrients,” said Christoph Klemmt, one of the founders of Orproject.

Glowing indoor forest made from paper by Orproject

“Also when a tree grows, it tries to get an exposure of each leaf to the sunlight, so a similar mechanism drives the branching of the tree,” he explained. “We wrote a computer algorithm to simulate this development, in order to grow architecture.”

Glowing indoor forest made from paper by Orproject

The four trunks branch upwards and outwards from “seed points” on the floor towards “target points” on the ceiling where they join up into a single surface, creating a suspended tensile structure.

Glowing indoor forest made from paper by Orproject

The installation is made from triangular segments of paper connected via stitched joints and backlit by LEDs. When the lights are turned on, the light glows through the gaps and highlights the vein-like structure of the piece.

Glowing indoor forest made from paper by Orproject

Vana was designed for last year’s India Design Forum and is currently on display at The Brick House in New Delhi.

Glowing indoor forest made from paper by Orproject

Photography is by Sumedh Prasad and Orproject, copyright of Orproject.

Here’s a project description from Orproject:


Vana 

Orproject developed a series of algorithms that digitally generate open and closed venation patterns, which can be used to simulate the growth of topiaries. The systems consist of a set of seed points that grow and branch towards target points in order to maximise exposure to light for each leaf. The resulting geometries fulfill these requirements and provide a suitable structural and circulatory system for the plant.

Glowing indoor forest made from paper by Orproject

The structural system of topiaries acts mainly in compression and bending. Reversing this, we can obtain a geometry that performs as a tensile system. The installation Vana is designed as a single surface in tension that hangs from the ceiling and descends into the space as four columns of light. The surface is tessellated into triangular segments which are connected by stitched joints. Back lit with LEDs, light shines through the gaps and illuminates the space below with an immersive glow.

Glowing indoor forest made from paper by Orproject

As the prototype for a large scale canopy construction, Vana has been developed as an iso-surface around an anastomotic network diagram, as the cortex around the venation system. In a continuous transformation, nature merges into architecture, columns merge into the sky and solid merges into the ephemeral. Vana appears to grow as tree-like branches blending into a continuous canopy that floats above the visitor.

Glowing indoor forest made from paper by Orproject

Title: Vana
Architects: Orproject
Project Architects: Rajat Sodhi, Christoph Klemmt
Project Team: Sambit Samant, Manu Sharma

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Aeon Rocket Pendant Lamp

Focus sur Morten Voss designer danois, qui a un penchant pour l’utilisation de matériaux innovant. Le projet « Aeon Rocket » est le résultat de sa vision de la combinaison métal et polypropylène dans un design unique. Cette lampe en suspension est à découvrir dans la suite de l’article.

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Design made of animal products on show in Formafantasma exhibition

Cow-bladder lights, fish-skin stools and plastic made of beetles all feature in an exhibition of work by Eindhoven design duo Formafantasma.

Animal membrane products on show in Formafantasma exhibition

The Prima Materia exhibition, at the Stedelijk Museum in the Dutch city of ‘s-Hertogenbosch, looks back at work by Italian-born designers Andrea Trimarchi and Simone Farresin of Formafantasma.

Animal membrane products on show in Formafantasma exhibition

Their first retrospective encompasses four years of bizarre material experiments, which include creating products using waste from the food industry and baking tableware from culinary ingredients.

Animal membrane products on show in Formafantasma exhibition

It spans from their Design Academy Eindhoven graduation project Moulding Tradition, which looks at the culture of craft in Caltagirone, Sicily, to more recent charcoal inserts that purify tap water in blown-glass containers.

Animal membrane products on show in Formafantasma exhibition

Ranges of objects such as the Botanica vessels made from combinations of natural polymers are presented as complete sets.

Animal membrane products on show in Formafantasma exhibition

Fish-skin hot water bottles, boar-fur brushes, plus lights and water containers made of inflated cow bladders, all included in the Craftica collection commissioned by fashion house Fendi, are also on show.

Animal membrane products on show in Formafantasma exhibition

The exhibition is organised in two parts. Videos, sketches and material samples along the entrance corridor give a behind-the-scenes look at the duo’s work processes before the finished pieces are viewed in the main space.

Animal membrane products on show in Formafantasma exhibition

“We wanted the exhibition to be more than just about the final pieces or the making of the objects,” Trimarchi told Dezeen. “It was important to show how our projects are ‘vessels’, and show the context and concept behind the work without being too literal.”

Animal membrane products on show in Formafantasma exhibition

The designs are displayed on simple wooden tables and stands, arranged in clusters around the gallery. The exhibition opened on 15 February and runs until 15 June. Photography is by Inga Powilleit.

Animal membrane products on show in Formafantasma exhibition

Read on for more information from the museum:


Prima Materia
 – design by Studio Formafantasma

Exhibition 15 February – 15 June 2014

After Wieki Somers, Maarten Baas and Scholten & Baijings, the Stedelijk Museum ’s-Hertogenbosch presents the design duo Studio Formafantasma: Andrea Trimarchi and Simone Farresin– two Italian designers from Eindhoven.

The exhibition Prima Materia – design by Studio Formafantasma is the first survey of the oeuvre of Studio Formafantasma. Since graduating from the Design Academy Eindhoven, these two Italian designers have received invitations from all over the world for their unusual use of material, forms and design concepts.

Animal membrane products on show in Formafantasma exhibition

Studio Formafantasma is highly productive: within a period of five years they have presented 14 projects and collections, worked for design labels like Fendi, Droog and Vitra Design Museum, and put on presentations during the Salone del Mobile in Milan, Art Abu Dhabi and Design Miami Basel. Museums such as the Victoria and Albert Museum in London and the Art Institute of Chicago have purchased their work. This retrospective will focus not only on objects and installations but also on the creative process of Studio Formafantasma.

The title of the exhibition Prima Materia refers to alchemy: the transformation of everyday raw materials into precious goods. Andrea Trimarchi and Simone Farresin do something similar as designers. An extensive research and work process results in products and installations that raise questions about the role of industry, globalisation and sustainability. Thus the Botanica collection arose from the question of what plastics can be made of when there is no more oil. For this purpose they developed their own vegetable polymers (plastics) for making vases, bowls, a coffee table and lamps.

Animal membrane products on show in Formafantasma exhibition

The designs of Studio Formafantasma offer an alternative vision to today’s consumer society and the role that design plays in it. Their unique, handmade products (table service made of a flour based material, stools made of fish leather and sea sponge, bottles made of resin) are statements about material and function. By opting for natural materials and pre-industrial (traditional) techniques and combining them with new possibilities of use, Studio Formafantasma makes suggestions for an alternative, democratic design method: what they offer is a kind of manual for getting to create yourself.

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Colony armchair by Skrivo mixes steam-bent wood and rattan

Milan design studio Skrivo has combined a steam-bent wooden frame with woven rattan material to create this angular chair.

Colony armchair by Skrivo mixes steam-bent wood and rattan

Designed for Italian brand Miniforms, the Colony armchair by Skrivo has a seat and backrest formed from woven strips of dried vine using the traditional process called caning.

Colony armchair by Skrivo mixes steam-bent wood and rattan

“Caning has always caught our eye,” said the designers. “It is functional, sustainable, resistant, lightweight and most importantly it reminds us of furnishings from the past.”

Colony armchair by Skrivo mixes steam-bent wood and rattan

Sections of beech wood were steam-bent to create the rounded frame. Curved elements are joined to make a hexagonal shape around the outside of the chair.

Colony armchair by Skrivo mixes steam-bent wood and rattan

More poles connected to the corners support the cane material, often referred to as rattan after the Southeast Asian plant it is sourced from.

Colony armchair by Skrivo mixes steam-bent wood and rattan

A pair of bars is bent in two places and run from the front to the back of the seat, forming four legs.

Colony armchair by Skrivo mixes steam-bent wood and rattan

The chairs are available in both natural finishes or painted bright colours. Cushions can be added to the seat for extra comfort.

Colony armchair by Skrivo mixes steam-bent wood and rattan

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steam-bent wood and rattan
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Stix Toys: Stay-at-home dads and the delight of imagination inspire this build-your-own toy set

Stix Toys


Colin O’Dowd is a young designer and a young father. Having seen firsthand how dads’ roles have evolved in recent times, the Central Saint Martins grad launched a project based on the fact there are more stay-at-home dads now than ever before. Named…

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The Contradiction of Silence

L’agence Bolon a lancé sa collection de revêtement de sol appelé « Silence » en collaboration avec le chorégraphe Alexander Ekman. Ils ont réalisé cette vidéo dans laquelle la musique est faite par les pas des danseurs et le bruit des machines. Une belle chorégraphie, où le sol se tisse au fur et à mesure.

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Affinity Kissena World Champion Edition Track Bike: The Brooklyn-based shop celebrates the unrivaled success of their proprietary design with a limited-edition frame

Affinity Kissena World Champion Edition Track Bike


Since its founding in 2006, Brooklyn’s Affinity Cycles has made quite the name for themselves worldwide thanks to a knack for developing innovative track and road frame designs—not to mention an impressively stocked Williamsburg shop. While…

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Driverless cars designed for use as mobile offices

Swiss automobile company Rinspeed has unveiled a self-driving concept car that transforms into a mobile office so owners can make the most of their time on the road (+ slideshow).

Luxury self-driving XchangE Cars to become offices of tomorrow

To create the XchangE car concept, designers at Rinspeed took a standard Tesla Model S sedan and altered it to give an idea of what a driverless car in the future might look and feel like.

Luxury self-driving XchangE Cars to become offices of tomorrow

“So far hardly anyone has taken this to its logical conclusion from the perspective of the driver,” explained Rinspeed founder Frank M. Rinderknecht. “How will the interior of a vehicle have to be designed to let the now largely unburdened driver make optimal use of the gain in time?”

Luxury self-driving XchangE Cars to become offices of tomorrow

When the driver engages autonomous driving, the steering wheel would slide away and a desk could be pulled out to accommodate laptops and other office equipment.

Luxury self-driving XchangE Cars to become offices of tomorrow

Once the car is driving itself, the driver could swivel their seat to face the passenger, or explore any of the 20 possible seating positions at their disposal, including a flat bed. While relaxing, passengers would have access to an entertainment system spread across four separate screens.

Luxury self-driving XchangE Cars to become offices of tomorrow

The XChangE would also have its own wireless 4G connection, which Rinspeed believes could be used to access cloud services such as warning messages or recommendations en route and driving profiles.

Luxury self-driving XchangE Cars to become offices of tomorrow

A 1.2-metre-wide display strip on the dashboard would provide information such as distance to travel and remaining fuel. In the rear of the cabin, a 32-inch monitor could be used to access on-demand films and TV via gesture control.

Luxury self-driving XchangE Cars to become offices of tomorrow

The interior would feature 358 individually controlled LEDs, as well as an extra 98 in the instrument panel to gently light the cabin. The seating and carpeting, developed by textile specialist Strähle+Hes, would use natural materials including Merino wool and silk.

Luxury self-driving XchangE Cars to become offices of tomorrow

The XchangE is the twentieth concept vehicle produced by Rinspeed, which plans to unveil the car at the Geneva International Motor Show next month.

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for use as mobile offices
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Spring Learning Center in Hong Kong

Pensé par Joey Ho Design à Hong Kong, ce très joli lieu a été réalisé pour imaginer un espace créatif et joyeux pour inviter dans ce centre d’apprentissage les enfants. Des choix très simples et colorés, permettant de proposer un environnement propice au développement des plus jeunes. A découvrir en images dans la suite.

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Wearable technology needs to “transcend the world of gadgets”

Dezeen and MINI Frontiers: integration with the existing fashion supply chain is crucial to the development of a successful wearable technology industry, says solar-powered dress designer Pauline van Dongen.

Pauline van Dongen portrait
Pauline van Dongen. Copyright: Dezeen

“We see a lot of exciting [wearable technology] projects, a lot of design prototyping going on,” says van Dongen, who was speaking at the Wearable Futures conference held in December at Ravensbourne. “It’s really amazing how quickly things are evolving.”

Pauline van Dongen's Solar Wear dress
Pauline van Dongen’s Solar Wear dress

Despite this, van Dongen says that unless the resulting products are comfortable and visually appealing fashion pieces in their own right, they won’t take off.

“It’s very important to stress the wearability,” she says. “I think it’s the only way to connect to the market, to connect to people and to transcend the realm of gadgets.”

Pauline van Dongen's Solar Wear dress
Pauline van Dongen’s Solar Wear dress

Van Dongen launched her womenswear label, which specialises in combining fashion and technology, in 2010. Her Wearable Solar range consists of a dress that incorporates 72 flexible solar panels as well as a coat that has 48 rigid crystalline solar cells.

“Both prototypes have a modular element where you can reveal the solar panels when the sun shines but you can also hide them and wear them close to your body,”she explains. “When you wear them in full sun for one hour they can generate enough energy to charge your typical smartphone 50 percent.”

Pauline van Dongen's Solar Wear coat
Pauline van Dongen’s Solar Wear coat

Van Dongen is aware that there will be significant production challenges to overcome before products like hers become commercially viable.

“It’s important to think how all these new designs can be integrated into the production chain,” she says. “An important next step to take wearable technology to another level is to look at the commercialisation of it.”

Pauline van Dongen's Solar Wear coat
Pauline van Dongen’s Solar Wear coat

This is the fourth movie from the two-day Wearable Futures conference that explored how smart materials and new technologies are helping to make wearable technology one of the most talked-about topics in the fields of design and technology.

In the first movie, designer of Dita von Teese’s 3D-printed gown Francis Bitonti explained how advances in design software mean “materials are becoming media”. In the second, Suzanne Lee explained how she makes clothes “grown using bacteria.” In the third, Shamees Aden explained how scientists are combining non-living chemicals to create materials with the properties of living organisms.

The music featured in the movie is a track by DJ Kimon. You can listen to his music on Dezeen Music Project.

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

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