The Burj Kahlifa has been the world’s tallest building since 2009, and last year the Dubai-based supertall broke another record by implementing the world's largest LED-illuminated facade. Building on these accomplishments, Minus5 Architects in collaboration with Studio Mr. White, has proposed using LED technology to create scale silhouettes of architectural monuments from around the world on the facade, including the Empire State Building, Beijing's CCTV Tower, London's Shard, Toronto's CN Tower, Taipei 101, the Petronas Towers, and others.
Though it was once an essential element of all classical structures, the frieze has largely been left behind by architects looking for contemporary façade systems. But at the recently-opened addition to the Kunstmuseum Basel, designed by Swiss architects Christ & Gantenbein in collaboration with design group iart, the frieze returns with an eye-catching, technological twist, as hidden pixels within the facade light up to display moving images and text to those below.
How will our buildings change when your mobile device can receive huge amounts of data flowing from the luminaires above you? Not only has LED brought us a highly efficient light source, but a promising instrument for visible light communication (VLC) as well. Therefore light will not only be a medium to support vision, but it will also be an essential means of data communication. With the low energy consumption of LED one can even set up luminaires without mains cables for the power and just install Ethernet cables. Welcome to the world of digital lighting.
There is arguably no aspect of architecture in which science is more influential than in the realm of lighting; from the florescent bulbs of the late 19th century to the LEDs that only became truly viable in the past decade or two, advances in the science of creating light have been quickly followed by architectural experimentation. In this excerpt from her book "Superlux: Smart Light Art, Design & Architecture for Cities," Davina Jackson recounts the tremendous advances made by lighting in the 20th and early 21st centuries, and looks forward to the next frontier - that of "smart lighting."
Today’s smartest lighting innovation has no need for machine-generated power. Simply fill a clear plastic bottle with water (plus bleach) and silicon-seal it through a hole in the roof of any rudimentary shelter. Behold: daylight floods the dark interior.
PET bottles for conducting radiance, solar-powered LED lamps for night visibility and satellite-enabled smartphones to exchange instant knowledge globally: these are the 21st century’s keys to illuminating billions of people living rough in settlements. Like the original campsites of London, New York, São Paulo and Sydney, some of these slums will become great global centers.
Global companies often exploit architectural icons to transform physical form into their desired brand reputations. To help achieve this goal, after twilight, the natural qualities of buildings have often been supplemented by architectural lighting, as the facades call unmistakeably for attention with their colorful and dynamic illumination. Representation has become the leading motivation for upgrading the lighting at headquarters and retail outlets. But when the illumination evolves into spectacular gestures, the brand identity and architecture itself starts to fade. Hence, the struggle for individuality has revived the discussion about ornament – though ornament appears now as light.
Is there a designer who does not dream of the perfect lighting concept, which conveys a feeling of well-being and shows the architecture at its best? Unfortunately, however, it is often the case that the brief received from the client causes difficulties. All too often discussions are peppered with such terms as LEDs and lux levels,causing an unconscious shift in thinking in the direction of norms and technology instead of placing questions about requirements and lighting quality at the centre of discussion. But what exactly is quality lighting design?
Thanks to the increasing availability of giant LED screens, the Golden Age of Neon has quietly faded in Las Vegas. For decades casinos defined their visual identity with colorful neon signs and competed for the most innovative signage. But with casinos closing, being refurbished and the arrival of new lighting technology a lot of neon signs were replaced, and for many years the Young Electric Sign Company kept the old neon signs in their "boneyard" for storage and recycling. Fortunately historic preservation groups rescued these signs. With support of the arts council The Neon Museum was born to save neon treasures and to educate the public.
Read on to explore Las Vegas' luminous landmarks and The Neon Museum.
Developed by Choi+Shine Architects, the BIT Light is a magnetic modular lighting system that offers endless configuration possibilities which can be arranged, deconstructed and rearranged in seconds. The system's main component is the "BIT", a linear lighting element comprised of an LED light source in a translucent polycarbonate tube that provides both protection and structural support. At each end of the BIT are conductor pads which join magnetically to the small nickel connecting elements, offering infinite possibilities for arrangement either as a flat wall-mounted lighting element, a suspended configuration, or even as a self-supporting three-dimensional lighting structure.
In the ongoing battle to hold the Guinness World Record for the Most Lights on a Residential Property (aka the house-with-the-most-Christmas lights), the Gay family in LaGrangeville, New York has once again reclaimed their title. This year the family used 601,736 lights, spanning two acres and set to more than 200 songs. RITZ Crackers, part of Mondelēz International, helped the family top the record, providing 200,000 lights. The Gay family and the Richards family in Canberra, Australia, have been fighting for the title over the past three years. But not to be outdone, the Richards family took home the Guinness World Record for the Largest Image Made of LED lights for their Christmas light installation this year. The installation in Canberra used 1,194,380 lights to make a 3D image of three Christmas gifts spanning 3,865 square meters and raised money for the charity SIDS and Kids ACT. See more pictures and read more about the ongoing lights competition at City Lab and Guinness World Records.
The 2014 Media Architecture Biennale has drawn to a close in Aarhus, Denmark, and with it five projects have been awarded for "outstanding accomplishments in the intersection between architecture and technology." Representing five different categories (Animated Architecture, Spatial Media Art, Money Architecture, Participatory Architecture, and Trends & Prototypes), these five projects are the ones that most represent the Media Architecture Biennale's goal to advance the understanding and capabilities of media architecture.
The winners include a power plant with a shimmering chimney tower, an installation that creates "phantoms" with light, an interactive LED facade, a crowdsourced mapping system for transit in the developing world, and a kinetic "selfie facade." See videos of all five winners after the break.
Sustainable lighting design offers various well-being and environmental benefits in addition to economic advantages for clients and users. Although daylight provides a free lighting source, for most spaces the amount and time of daylight is not sufficient and electrical lighting is necessary. A focus on sustainability becomes essential for minimizing energy consumption and improving the quality of life. Even though efficiency has significantly increased with LED technology, electrical lighting is still more widely used. Often the ambition for renovations or new applications goes along with a higher quantity of lighting instead of finding a better lighting quality with an adequate amount of energy.
Read on after the break for Light Matters’ 7 fundamental steps to achieve sustainable lighting.
Imagine luminaires that could fly and visualise new buildings or individually guide you through space. What would happen if you could even interact with these flying pixels? These concepts could be realised in the near future as the first prototypes and experiments are being introduced. Software-driven LED pixels combined with drone swarm technology provide extraordinary possibilities for inducing new forms of spatial experience. These luminous pixel clouds emerge as digital patterns, but at the same time they emanate a romantic quality with their unique star formations twinkling in the night sky. The first projects have shared a playful note, but laboratories such as MIT's SENSEable City Lab, ARES Lab and Ars Electronica Futurelab have shown an intriguing future in urban design for guidance systems or envisioning real estate developments, as advances in battery technology and wireless control have opened new perspectives for a life with smart flying pixels.
Renovated numerous times during its history, Gaumont-Alésia, a Parisian cinema housed in a structure that is over 80 years old, will now be revamped by firm Manuelle Gautrand Architecture. With a design that emphasizes filmography’s presence in modern culture, the Gaumont-Alésia is set to become an inviting cultural hub for the surrounding city, showcasing cinema’s influence on both the interior and exterior.
Both street facades will be composed of glass curtain walls shaded by pleated metal panels. These panels will be perforated by hundreds of LED “pixels” which will create an image across the pleats. Both entrances to the building become animated walls, broadcasting film stills, movie trailers, and advertisements, all meant to entice passersby. The LEDS are spaced fewer and farther apart toward the edges of the building, creating a stippling effect around the border of the images. At the entrances these animated panels will peel upwards, creating a canopy under which patrons can walk.
Project TeamDiogo Aguiar, João Jesus, Teresa Otto e Álvaro Villa, Tania Costa Coll
In Joshua Tree, California, artist Phillip K Smith III has completed Lucid Stead: an optical illusion/installation that modifies an abandoned 70-year-old homestead with mirrors in order to make it appear transparent. The cabin was also fitted with LED lighting to “extract the distilled experience of how light changes over time — how a mountain can be blue, red, brown, white, purple, and black all in one day.” As Smith stated, the project is about light, shadow, and tapping into the quiet of the desert. Check out more images and a video of the cabin after the break!
For his thesis project, Javier Lloret turned a building into a giant, solvable Rubik's Cube. Making use of the media facade of the Ars Electronica in Linz, Austria, he projected the world's most famous handheld puzzle onto a huge scale - inviting passers-by to solve the puzzle. In the process, Lloret transformed the nearby area, showing that (when used correctly) technology can make the urban environment more fun.
Read on to find out how Lloret did it...
California-based GDS Architects' new proposal, dubbed Infinity Tower, is designed to disappear from its Korean skyline. How? Cameras will be mounted at six strategic points; thousands of LED screens on the facade will then broadcast the real-time photos captured and logged by the cameras. Though no estimated completion date has been announced, the developers have received construction permits to break ground. More about this incredible vanishing act and how it's done at Fast Co-Design.
London-based United Visual Artists (UVA) has brought Sou Fujimoto’s “cloud-like” Serpentine Pavilion to life with an “electrical storm” of LEDs. With the intention of making the architecture “breathe” from within, UVA seamlessly integrated a network of LED lights into the latticed, 20mm steel pole structure that mimics the natural forms of an electric storm. In addition, carefully conducted auditory effects further enhance the experience, transforming Fujimoto’s “radical pavilion” into an electrified geometric cloud.