Astro Lighting Edge Reader

The Edge Reader elegantly combines ambient lighting, which provides a soft, soothing and uniform glow, with the directional functionality of an LED reading light. Its minimalist structure enables the light to blend into the respective room and achieves a note of architectural distinction even when it is not in use. When it finally serves as a bedside lamp at night, it stands out from the wall and almost appears to float.

www.astrolighting.com


Dark, Spaze

The Spaze lighting collection includes both a T5 fluorescent tube and LED spotlights. Due to its minimalist lines, the black light body blends in with large kitchens or offices, and is also suitable as a light source above retail counters or in reception areas. Spaze is available both in a ceiling mounted version and as a pendant light. All the lights can be dimmed and are controlled digitally via a DALI interface.

www.dark.be


BÄRO Intara ID

This semi-recessed LED luminaire combines the elegance of a built-in light with the flexibility of a surface-mounted spotlight. Its patented swivel-tilt mechanism allows for a 355-degree rotation and the tilting of the light by 35-degrees. A newly developed LED technology ensures that the light reaches the target surface in a controlled manner and produces soft, defined light cones. Intara ID offers even more flexibility by providing several power ratings, interchangeable optics and a variety of LED spectrums.

www.baero.com


Eureka Lighting Prince

Prince is a linear wall lamp featuring a precision-machined glass shade and is enclosed by a chrome frame. The powerful yet highly efficient 17-watt linear LED light is softly diffused through a thin nanostructure micro-lens, while the refractive nature of the glass results in evenly distributed illumination. Supplied with a micro junction box for discreet mounting, it features integrated hooks for easy installation.

www.eurekalighting.com


IP44 Schmalhorst shot

This outdoor lamp made of diecast aluminium can be freely positioned anywhere on a lawn or in flowerbeds. An accompanying aluminium ring supports the light ball when it is placed on hard grounds, for example patios. Equipped with a flood reflector, shot helps to create focused light effects. Its high-quality workmanship results in a reliable, long service life and makes sure it is easy to maintain.

www.ip44.de


Zumtobel Nightsight

This series of outdoor luminaires was developed to master the challenges of contemporary urban lighting whilst fulfilling established quality criteria. Nightsight includes a range of different kinds of luminaires, which are designed to illuminate both vertical and horizontal surfaces uniformly, as well as to add specific accents. The calculated use of light and shadow, bright and dark zones, as well as different planes of light serves to set the atmosphere in public spaces.

www.zumtobel.com


LED Linear VESTA

Vesta is a linear LED surface mounted luminaire, which was developed for use with base units. To ensure the optimal illumination of work surfaces, the profile allows combinations of fourteen different linear LED lamps and six diffusor optics. The aluminium mounting profile is designed for angles of 30 or 60-degrees, and optionally available in black or silver.

www.led-linear.com


Tobias Grau XT-S Suspension

The XT-S Suspension shows a particularly flat and elegant design of the luminaire head. This is achieved through a combination of advanced LED technology and a newly developed light panel that brings the benefit of providing optimum glare control and light distribution throughout the workplace. The light can be set to six predefined light colours, to a personalised light colour scheme, as well as to the automatic adjustment to the time of day.

www.tobias-grau.com


David Morgan Review: EcoSense RISE

When an exterior-rated modular LED projector system with 500,000 options and a delivery lead time of no more than two weeks is launched, then I was keen to take a closer look.

The system is RISE and is the latest offering from US manufacturer EcoSense.

EcoSense is a Los Angeles-based company started in 2009 by the founders of Color Kinetics, George Mueller and Ihor Lys. They met at Carnegie Mellon University while studying for PhDs and went on to build the company into a leading player in the LED lighting market before selling to Philips in 2007. Their patent portfolio includes 50 patents covering a variety of LED technologies including Power Core, the combination of a power supply and control system for LED lighting.

The EcoSense design team has taken a radical approach to the detail design of the RISE projectors, which enables users to change the optics on site while maintaining the IP rating.

At the core of each RISE projector luminaire is a light engine comprising a single Cree high power LED driven by a digital mains voltage driver and fitted with a five-degree custom-designed lens. This light engine can be run at up to eleven watts, is sealed to an IP 68 rating and can deliver up to 700 lumens with more than 40,000 centre beam candelas.

In addition to the single module luminaire, there is a quad version with four light engines in one housing. This luminaire produces 2,800 lumens with over 168,000 centre beam candelas, which is outstanding for such a small form factor.

Unusually, the light engine is a separate module, with the driver mounted behind the LED board that is then fixed into the body casting. Transfer of heat from the aluminium LED pcb, via a separate die cast heat sink to the outer body casting, is achieved by direct metal to metal contact between the two castings. This configuration creates a very small form factor that apparently achieves such good thermal management that a maximum ambient temperature of 50-degrees celsius continuous use rating is specified.

The RISE range offers a very wide array of light distributions and these are produced by fitting a secondary optic in front of the standard five-degree lens in the light engine. These secondary optics ensure that the lit effect produced is extremely smooth, although there must be additional light losses caused by these additional lenses/diffusers. To fit or change the secondary optics on site, two very long screws are loosened from the back of the luminaire body, allowing the front casting to be removed. The IP66 rating is achieved by soft silicone rubber seals between the back of the secondary optics and the primary lens. The secondary optic is clamped in place with a single central screw fixing, thus compressing the gaskets.

This detail leads to the most surprising aspect of the design, as water is allowed to run through the luminaire while apparently maintaining the IP66 rating. The rationale for this is that it allows add-on optics to be changed in a foolproof way that does not compromise the IP rating.

The front casting has built-in recesses so that the secondary optics are set back by around seven millimetres. It is understood that this detail gives improved glare and beam control. If water was allowed to build up in these recesses when the luminaire was pointed above the horizontal then it would lead to a variety of problems over time. However, channels are incorporated in the front casting allowing water to drain away from the recesses and into the luminaire body. In the sample I examined, these water channels were quite small and might tend to clog up over time with debris, but these have been increased in size in the final version. Once water has entered the luminaire body it then passes through and exits via the two fixing screw locations and the split line between the body and the rear end cap casting.

One of the most successful design details is the double action Macro Lock mechanism. This locks movement in both horizontal and vertical axes with a single screw thus simplifying and reducing the time needed for aiming.

The designers have developed the RISE range so that individual RISE luminaires can be mounted together to produce multiples each with different optics aimed independently. The singles and quad versions can be combined on the same mounting brackets to achieve very high lumen outputs. When each luminaire is aimed in a different direction the visual effect is somewhat reminiscent of Pixar’s animated robot Wall-E, but as a lighting tool there is nothing else on the market that comes close in terms of flexibility and output.

It is understood that the RISE range was designed in-house from the ground-up at EcoSense with Robert Fletcher as Lead Designer and influenced by Mark Reynoso, Paul Pickard, Cristina Rodrigues, Mustafa Homsi, Jason Kim, Jacob Hawkins, Sana Ashraf, Andy Stangeland and Elizabeth Rodgers.

The ultra short two-week delivery lead time for orders in North America is possible due to the highly modular nature of the design and the assembly location just across the border in Mexico.

RISE is a remarkable piece of design and incorporates some details that would make me a bit nervous but clearly a great deal of engineering resource has been invested in its development, which should ensure a long working life without issues.

Due to restrictions between Color Kinetics and EcoSense it is understood that no colour changing LED versions can be offered for a period of time. Fixed colour dichroic filters are available, which do provide a good selection, but the efficiency is quite low for some colours, notably blue.

The high lumen output, small size, flexibility and wide range of optics, including the very narrow five-degree primary lens of RISE should allow the range to be frequently specified and commercially successful.

www.ecosenselighting.com

David Morgan runs David Morgan Associates, a London-based international design consultancy, specialising in luminaire design and development, and is also managing director of Radiant Architectural Lighting.

Email: david@dmadesign.co.uk

Web: www.dmadesign.co.uk

Tel: +44 (0) 20 8340 4009

© David Morgan Associates 2017


Chicago Riverwalk

Chicago Riverwalk, USA

The main branch of the Chicago River has a long and storied history that in many ways mirrors the development of Chicago itself. Once a winding, marshy stream, the river first became an engineered channel to support the industrial transformation of the city. Over the last decade though, the role of the river has been evolving thanks to the Chicago Riverwalk project – an initiative to reclaim the Chicago River for the ecological, recreational and economic benefit of the city.

As part of the initiative, the Riverwalk needed an improvement on its previous lighting scheme, which was dominated by stark, security-style lighting. The new lighting, designed by Schuler Shook, was designed to be a drastic departure from this, instead creating something more playful, interactive and altogether more welcoming.

Schuler Shook was part of the team led by Ross Barney Architects and Sasaki that was selected by the Chicago Department of Transportation (CDOT) to create something special along the river. The firm typically works with the CDOT on the majority of its projects where creative and innovative lighting solutions are required. Giulio Pedota, Principal at Schuler Shook, was assigned the project internally, partially due to similar work experience that he had with the CDOT, particularly on the Navy Pier Flyover, a pedestrian bridge east of the Riverwalk.

After receiving the architectural and landscape design concepts from Ross Barney Architects and Sasaki, Schuler Shook developed a lighting design that was both ‘innovative and elaborate’, according to Pedota, inspired by the ‘striking’ concepts that the architectural team drew up.

“The architects had developed the concept of a series of ‘rooms’ along the river, with a unique theme for every room. Naturally, the lighting design had to respond to and reinforce these themes,” said Pedota.

“The design team wanted the Chicago Riverwalk to be an attractive civic space in Chicago, where people could explore the variety of opportunities to escape, relax, play, dine, watch live performances and see the city from a new angle that hadn’t been available before.” The initial lighting designs for the various room themes included imaginative and eye-catching lighting effects such as fire, illuminated artwork, unique pedestrian poles, tree lighting, floating illuminated buoys, lighting projections to mimic moonlight, interactive lighting effects and a dramatic set of stairs for the River Theatre.

Working along the tight space of the Riverwalk made the project fairly challenging from a technical point of view, as Pedota explained: “The design team needed to work within a tight permit-mandated 25-foot-wide build-out area to expand the pedestrian program spaces and negotiate a series of under-bridge connections between blocks.” Alongside this, the CDOT required that all fixtures be easily accessible for maintenance, meaning that some of the typical lighting design ‘magic’, such as hiding fixtures under benches, or concealing them in other architectural details, was not allowed.

However, the biggest obstacle came when having to account for the river’s annual flood dynamics of nearly seven vertical feet. Faced with a site located in a flood zone, the lighting design called for all fixtures to be robust and rated for submersible applications, while all electrical components such as wiring, wiring splices and junction boxes needed to be rated for submersible applications too. Such precautions were ‘field tested’ a few days after the project was completed when the site completely flooded, but fortunately the decision to take these extra steps was justified, as the fixtures remained lit during the flood.

The portion of the Riverwalk that underwent renovation was divided into five different themed blocks or ‘rooms’: The Marina Plaza, The Cove, The River Theatre, The Water Plaza and the Jetty, each with their own unique look. However, as the city wanted to minimise the number of fixture types and reduce energy consumption, Pedota and his team responded with fixture consistency from ‘room’ to ‘room’, and the use of highly efficient fixtures to deliver appropriate illumination levels for safety and comfort. He continued: “Considering budget was limited, the design team was constantly monitoring the cost and participating in value-engineering efforts, putting significant effort to retain the performance requirements of the project without sacrificing the aesthetic aspect of the design.”

Alongside the city planners’ needs, Schuler Shook had to factor in some key lighting considerations from the architects, as Pedota explained: “For the most part, the architects wanted to ensure that the lighting equipment was very well integrated into the architecture, for aesthetic purposes, but also to ensure that fixtures were protected from potential impact or harm caused by visitors.

“To achieve this, fixtures [from MCI Group and LED Linear] were integrated into the handrails and benches, or were installed flush with the pavement or planter walls, or were recessed in continuous floor slots to conceal fixtures from view.

“Another aspect that was important to the design team was celebrating the historic aspect of the site. To achieve this, the existing arcade piers and ornamental capitals were illuminated with in-grade fixtures [from Hydrel] to uplight these historic architectural elements.”

As there are no IP68 rated handrails in the industry, the illuminated handrails had to be custom-made in order to meet the submersible applications. To achieve this, the handrails were fitted with 3000K, IP68 LED tape with a frosted lens to protect and diffuse the light source.

In The Cove, patterns of projected tree-branches are achieved with CMH150W/T6, weatherproof, theatrical fixtures from Hydrel fitted with glass-gobos and pole-mounted at street level. While in the Water Plaza, the colour-changing LED fixtures highlighting the stone of the waterfall, along with the colour-changing fountain fixtures designed by Fluidity Design Consultants, create amusement to all the visitors, especially children. In The Jetty, the LED Linear ‘fish lights’, as the architects called the colour-changing LED lights, delineate the boundary where water meets land.

Bridges linking these three ‘rooms’ were illuminated with linear LED fixtures [from MCI Group] with opal white lenses, yielding 1.8 fc average at grade. To provide safety and comfort and to improve facial recognition, fixtures were angled five degrees to provide 1.0-1.5 vertical fc, measured at eye level. The linear LED fixtures used throughout the project use 5-watts per linear foot to delineate the paths, illuminate the ramps in the River Theatre, and provide safety and comfort.

Due to concerns the Landscape Architect had with heat from fixtures uplighting the trees, 12-watt, low-heat LED in-grade fixtures were utilised to illuminate the trees. In addition, fixtures were meticulously integrated within the stairs, at a safe distance away from the trees to avoid damage to the root systems.

The transformation of this site, from its former, utilitarian appearance to the bright, welcoming new look, is something that Pedota cited as ‘incredible, both from an architectural point of view and from a lighting perspective’. He said: “We were very happy with the translation from the conceptual approaches to the final results as seen in The Cove, The River Theatre, and The Jetty.

“In The Cove, the idea was to create a moonlight effect through the trees, very much like we do when recreating exterior scenes in theatrical lighting. This effect was going to be the general lighting of this room, and our first impression when we saw the final effect was magical! It was recreating an exterior effect in an exterior application, which made it more realistic and at the same time unexpected, given the scale of the effect.

“In The River Theatre, the series of ramps were enhanced and reinforced through a series of linear LED fixtures recessed on the riser of the stairs, guiding people up and down the staircases. This, in itself, was visually stimulating. It creates a sense of order to this entire site while providing safety and comfort.

“Last but not least was The Jetty. The colour-changing LED tape integrated at the edge of the zigzagging piers is a direct result of hearing the city’s desire to create a visual attraction after dark among the flowing wetland gardens. Because this effect was tested prior to the final installation, the design team was very happy with the results of this lighting feature. It transforms the site with its infinite, colour-changing capabilities.”

And while Pedota admitted that it would have been nice to have had more funding available to effectively execute all of the original ideas that both the architects and Schuler Shook came up with during the conceptual phase, he believes that this adds to the constant learning curve of lighting design. “We are always learning from our projects and the people we get to design with,” he said. “That is a process, and it shouldn’t be changed, or there would be nothing left to learn.”

Regardless of any budget-driven changes or restrictions imposed upon the project from the city, Pedota remains very pleased with the final outcome, and particularly with the reaction from the Chicago public and its visitors.

“What stands out is how quickly this new space in Chicago has been accepted and welcomed by people,” he said. “Everyone is drawn to it, and that speaks volumes for how well integrated all aspects of the park are, from the lighting to the materials used to the beautiful landscaping.

“Getting to light something that is for everyone to enjoy and on such a grand scale really stands out for us.”

www.schulershook.com


Harbin Opera House

Harbin Opera House, China

Known as the ‘Ice City’, Harbin, capital of Heilongjiang, China’s northernmost province, houses an expansive, impressive opera house. Set amongst the city’s untamed wilderness and frigid climate, the building boasts a crystal-like purity and transparency, blending in with the surrounding nature and topography.

The lighting for this remarkable structure, managed by Beijing United Artists Lighting Design, was designed to complement the architectural concept that the building grows out from the local environment and responds to the aforementioned untamed wilderness, while also revealing the purity and clarity of the space, creating an enriching experience for visitors in the process. To help them work towards this concept, the lighting team devised a motto of ‘lighting the rhythm of the frozen music’.

Beijing United Artists came on board with the Harbin Opera House project having previously worked with MAD Architects for the Ordos Museum in the Gobi desert, and Dongning Wang of Beijing United Artists, believes that this prior relationship helped create a harmonious working environment. He said: “During our work together on the former project, we had built up trust with MAD and found an effective way of communicating with each other by using the language of light.”

This trust between MAD and Beijing United Artists helped the lighting designers in the bidding process, with MAD insisting throughout that Beijing United Artists was the right firm for the job. “It was a long and tough journey,” explained Wang. “But based on the Ordos project, we were the first lighting design team that the architects were thinking of and proposed to the clients. They liked our ideas so much that they acted quite stubbornly and proposed us to the client again and again.”

Such insistence landed Beijing United Artists with the interior lighting design for the project. However the team still created a full, comprehensive lighting strategy for the whole project, from the interior to the exterior, the façade and the landscape. “We did this because we believe that to achieve a good and responsible design, you should consider the project as a whole, not just the one part that you are being told to do,” said Wang. “One thing that we are still very proud of is that we provided an interior lighting design that is seamless with the exterior, to the extent that it's hard to tell that it is done by different lighting consultants.”

Working with the concept of revealing the purity and clarity of the space, the team at Beijing United Artists devised three ways of lighting the main atrium in one piece of roof, developing a hierarchy. From this hierarchical aspect, the designers made a careful lighting plan with a ‘less is more’ concept to be more adaptive to the functions of the varied spaces, and the movement of visitors.

At the lobby entrance, a ‘welcome mat’ of light; in the middle, a super indirect light; and on the wooden shell at the end of the lobby, a vertical glow. All light fittings are completely hidden in the architecture, creating a pleasant rhythm of light unobstructed by technical details, and unplagued by hot spots or sharp corners.

The wooden shell is the focal point of the lobby; washed lighting from above gives the whole lobby a warm, inviting atmosphere, while on the canopy outside, spotlights were placed in slots, directing light on the ground to avoid reflection and allow people inside to see out.

To achieve the desired ‘purity’ in the space, it was important for the designers that guests see the light, but not the fixtures. The concept designer worked with a software expert and an industrial designer; together, this team calculated the illumination of each space, while making expert recommendations on where fixtures might be hidden. Through their efforts, visitors can explore the beauty of the space without awareness of any lighting fixtures.

To create a twinkling effect on the pyramidal glass roof, the designer selected a quarter of each faceted unit, attaching it with dotted film. Sunlight adds a twinkle to each pyramidal unit, creating different glass reflections throughout the day. At night the filmed glass is grazed from below by LED light bars, seeming to glow from within and attracting visitor attention from far away.

Within the smaller theatre, guests are reminded of the exterior of the building by a panoramic window behind the stage. This seamless connection to the outside world mimics the gleaming ripple effect of the lake outside. Narrow-beam in-ground features, carefully placed at the aisles along the walls, create the gleaming ripples of light on the walls. The irregular wall texture works with the light to create drama, rhythm and pleasing shadows.

In the big theatre, the architect called for a glowing ‘diamond’ for the owner’s VIP area above the mezzanine. Custom RGB LED fixtures are hidden behind the acrylic diamond panel and transition from starry white to warm amber, changing according to the event or the seasons.

This starry, twinkling diamond approach is replicated in the corridor connecting the basement parking plaza and the main lobby. Fibre optic lighting minimises the visual impact, but creates a dream-like grand entrance at the steps.

Although impressive, this isn't what the lighting designers originally had in mind, as Wang elaborated: “We initially designed a huge ‘cloud’ or ‘snowflake’ pendant lamp over the grand steps linking the lobby to the parking plaza. We carried out intensive studies on lightweight, fireproof materials, along with other feasibility studies, but in the end we had to make a compromise due to some of the state’s fireproof regulations. It’s a shame as MAD were very fond of the idea too, but we had to lose it and go for the fibre optic solution instead, which we like, even if it’s not what we originally designed.”

In spite of this, Wang remains happy with the final outcome of the project, even if it was more demanding than other projects that he has been involved with. He said: “For me, I feel that it is the toughest project that I have ever worked on! I want to thank the architect, Ma Yansong from MAD architects, for his pursuit of perfection, as this encouraged us to create an equally perfect lighting solution.

“Generally, we are very happy about the final effect. Whether looking at it from outside or inside, or moving from A to B inside, it presents most of our initial plans, in that we tried to create a hierarchical richness and a rhythmic mood to complement the music.

“Now, the light gives the space a poetic elegance and reveals frozen movements in time. Thanks to the open-mindedness of the people at MAD architects, they treated lighting as a very important design element when they were composing architectural design ideas. Now you can see that the lighting has become one of the most vital and poetic design treatments for the space.”

“From my personal point of view, I think it is the best combination of hierarchy and rhythm, and it is the purest lighting that I have ever done.”

Since its completion, the Harbin Opera House has gained a lot of plaudits for its stunning lighting design, most notably at the IALD Awards, held in Philadelphia during this year’s Lightfair International trade show, where it won the Radiance Award – the grand prize of the event. Such recognition was warmly received from Wang: “It is a great honour to win this internationally recognised award, and I was thrilled to step on stage to receive it.”

Wang added that while the award win was a great personal honour, he was hopeful that such recognition would have a knock-on effect for the Chinese lighting design profession as a whole. He said: “The award is a very important recognition for my more than fifteen years in lighting design. Along with my team, we were some of the very first lighting designers in China’s recent lighting history. Back when we started out, there were very few people or clients who would think of lighting design as an independent design discipline, let alone pay for our work. It took a lot of strength and belief from us to get through.

“Fortunately, due to more and more outstanding architects like MAD, and other great projects involved with more international cooperation, we have become more and more confident. I’m hopeful that this award will raise awareness of the IALD in China, and my winning experience will bring more attention to my Chinese peers in the lighting industry, as this will help the lighting industry grow very healthily and rapidly.”

www.i-mad.com


Daan Roosegaarde

Before his appearance at darc room, we had a chat with Dutch artist and innovator Daan Roosegaarde, founder of Studio Roosegaarde, to discuss his approach to light, and the relationship between people, technology and space.

Explain your journey to becoming an artist.

I think I’ve always considered myself as a maker, not just a consumer, to make new proposals, to make new dreams, to make new solutions. So in a way the projects that you’ve most likely seen, the bicycle paths that charge at daytime and glow at night, the Smog Free Tower that provides clean air in Beijing, are really about triggering imagination, but at the same time, are based on a desire to upgrade reality. Maybe in the beginning we operated purely in the art and design scene, but now the scale becomes bigger. We still love the art and design scene, and we will always keep on doing that, but I think the scale will change as the studio continues to grow bigger.

You have always used technology in your art. Why is this?

Technology is a great tool to make new ideas come true. And don’t forget, technology is the things that we make to improve our lives. The wheel is an extension of our legs, the telephone is an extension of our voice, so in a way technology is an extension of who we are. What is fascinating for me is not necessarily the technology, but the impact that you want to create, the social impact. So projects like the Smog Free Project that show the beauty of clean air, or the beauty of clean water or clean energy, I think that is really what pushes us in our work.

Right now we’re more focused on biology, on nature. We’re working with light-emitting algae, one of the oldest microorganisms in the world that wake them up a bit, when you shake them, they become lights. So we’ve been growing them for the past two years, making the most light-emitting algae currently available. So there we have light and energy without a solar panel, without an energy bill, without tech. I’m really interested in biotechnology in a way, in a world where we grow things instead of build stuff.

Do you have a particular affinity towards light?

I think for me light is not about decoration, it’s about communication. So when we look at the stars high above in the sky, that’s not just a romantic image, it’s also in a way information from history speeding towards us at 300-kilometres per second, the speed of light. It’s our history, but maybe also our future, because one day we’ll go there. For me light is a great way of communicating with yourself, your body, and the people around you. It’s not about decorating but reforming, and making places that are good for people.

What are your favourite lighting projects?

We’re currently working on a series of energy-harvesting kites that fly high up in the air for several weeks. They’re smart kites that are connected to the ground with cables, and because the kite is always searching for the optimal wind, the cable moves up and down, and therefore it generates electricity – enough for 200 households, around 100-kilowatts. We make the lines of these kites light-emitting as well, so you have these beautiful dancing lights going up in the air, and at the same time they are generating electricity, the same way that a dynamo on a bicycle generates light, but a little bit more sophisticated – a lot of smart people worked on the project to make it happen. We’re launching this in November this year. It’s a design that is more about improving life, rather than just making beautiful things. For me, that is true beauty.

How did the Smog Free Project come about?

That’s a crazy project. It started three and a half years ago. In the beginning people said it’s not possible, but we’ve proven that it works, we have the scientific results from the technical university in Eindhoven in the Netherlands. So it sucks up polluted air, cleans it, releases it and makes areas that are up to 70% cleaner than the rest of the city. It’s really about the beauty of clean air, of clean energy, which I think is basically the drive of our studio. I don’t see myself as a light artist, but rather I use light and technology to show the beauty of a new world. It’s a beautiful, crazy project and I’ll make sure that I address it at darc room as well. It’s interesting also because the UK government has announced a big plan to fight against pollution, and they’re planning on making car tunnels as sort of sucking up devices to provide clean air for the city. So they’re following up our ideas, which is really cool. So you see innovation is always step-by-step. In the beginning it’s a one-off, special project, but now it becomes part of a new standard, which is beautiful.

What is the answer to the world’s problems?

There’s not a lack of money or technology, there’s a lack of imagination, so I think it’s really important that young designers, young architects, artists and engineers work together on proposals on how they want the future to look. That’s where the energy is, that’s where the finance is, where the curiosity is. We shouldn’t do less, we should do more, and just waiting for governments or hanging it as social responsibility is not going to do it. We should design the new standard. I go to New York and I see light bulbs. Light bulbs, my God! LED was invented in 1973! So everything is already there but we just have to learn how to appreciate it more and show the beauty of cities that are energy neutral. Also the notion of light pollution – why do we have street lights on all the time, even at night when nobody is there? It’s stupid. Just plug in a little sensor to make it interactive, like our Dune project, where thousands of fibres follow you with light when you walk by. Why can’t that be street lights? I hope that darc room looks at showing what is possible, and ask that question: why are we not doing this yet? That’s maybe something that we need to answer as a collective.

What is your talk topic at darc room?

I’m going to show some previous projects like the Lotus and Dune, some current projects like the Smog Free Project, and some future projects like the Glowing Nature – the algae that I talked about – and the kites, but really show how good design, good technology can upgrade a city or a landscape. I won’t just talk, talk, talk either, I’ll take some time to show, and also open up the room for some Q&A, I’m sure that there are a lot of questions. London is always eager to learn, that’s the energy I get.

Are you looking forward to darc room / London Design Festival this year? What are you looking forward to the most?

I’m really looking forward to it. I’m looking forward to meeting up and exchanging ideas, because you’re very well connected to the lighting industry, and we’re a bit on the edge of what is and what is not possible, but it’ll be nice to trigger that conversation.

We know London Design Festival quite well from last year as well, they’re great people. I love the independent pavilions that they’re launching every year, and the larger public artwork designs that they do, they’re really powerful.

To register for Daan Roosegaarde’s lecture at darc room, go to www.darcroom.com

www.studioroosegaarde.net