Robin Noorda and Margot van de Stolpe collaborate in the project 'Ultra Vanity' and use a special technique in a series of still life photographs as part of the 'Photosynthesis' traveling exhibition collection of the Tropism Art & Science Foundation.
“The concept of our baroque series ‘Ultra Vanity’ sheds new light on plants, flowers, food, natural history objects and taxidermy objects. We arrange these in the ‘vanitas’ way of the old masters, while capturing the still life in a contemporary perception.
By means of the so called ‘Ultra Violet Induced Visible Fluorescence’ (UVIVF) technique, organic matter presents an unfamiliar colour scheme. Hereby we enter the domain of insects and birds that can see in the UV spectrum the secret messages of plants. The stamens of flowers light up bright as they have to lure insects and flower leaves show patterns that act as landing strips, leading the way to the nectar. Birds spot ripe berries and fruits in UV better. Through this magical perception shift in nocturnal colours, we aim to achieve an experience of awe and awakening. We think a different perspective and a broader spectrum invokes one to see more…”
The photographs are captured while wearing special protective goggles in complete darkness. By means of several minute long exposures in the invisible but dangerous and blinding light of a 365nm wavelength UV torch, the faint fluorescence is triggered. These photographs of the subtle phenomena of UVIVF are added together in stacks in order to gain enough luminescence to let the picture emerge.
2018 Ultra Vanity exhibitions:
Flower Art Museum, Aalsmeer, 13 October till 6 Januari 2019
'Grachten Galerie' in Utrecht 28 June - 14 September,
Masterly The Hague, 20-23 September,
The works are available as Durst Lambda prints behind acrylic glass in limited edition of seven, are numbered, signed and come with a certificate of authenticity. Due to the nighttime and dark atmosphere in the works, we prefer a sophisticated and museum worthy printing method with a special kind of acrylic glass that reduces almost all reflection. It is called TruLife® and shows an unsurpassed brilliance and the ultimate depth in black tones.
For inquiries about the woks, please note the title of the work and click here.
The Printing On Demand Catalogue can be ordered here.
Visit the TROPISM ART GALLERY (TAG)
Visit the Tropism Art Gallery in Loods 6 in Amsterdam where dozens of works are exposed on five meter high walls. Hundreds more works are archived and can be shown along with our animation films and documentations of our light installations.
In the studio gallery the Tropists work on stopmotion animation, photography and music productions, so during a visit one can see the artists in action as well. Besides art there are also museum worthy taxidermy objets, fossils, antiques, film props and miniature sets to be admired. And it wouldn't be a gallery if not everything was for sale. Buy fresh art in the studio out of the hands of the artist or buy miniature sets just after the shoot of a scene out of the newest animation film. Imagine, buy the first artist copy of a still life together with the props of that still life, straight out of the mise en scène.
On appointment only. Mail tropism(at)morphosis.nl or call +31(0)6 53 22 88 58
Tech specs: The results are composed of stacked layers of long exposures, up to minutes. Noorda used a Nichia MTE 303 365nm LED torch that he bought in Hong Kong and modified with a Hoya U-340 UV bandpass filter he found in the USA, he also modified a Canon flashlight, removing its UV filter and adding an Hoya U-340 + Schott S8612 UV-bandpass filter. The camera used is a Nikon D810 and the lenses have an Hoya UV and IR cut filter. The lenses used are a 24mm PC Nikkor, a 70-180mm Nikkor macro, a Nikkor 105mm DC and a Laowa 15mm macro. Total costs for the filters and torch only: some € 700.
Warning, if you are planning to work with UVIVF as well, always do use yellow UV blocking safety glasses when working with UV! If not, you can blind yourself and can cause eye cancer. Also, never take UVIVF photographs of humans and animals that possibly can look directly into the UV light source.