Wave Length

The links between art and science are manifold and run in both directions. Artists challenge science or the outcomes of science and scientist refer to or maybe inspired by the work of artists. If artists challenge scientists by proposing an alternative theory they become subject to empirical scrunity like the unfortunate fate of the theory of colors of J.W. Goethe. The physics of colors has long been established and the theory of colors and light are best represented in science using wave lengths as the unit of measuring different colors. Hence, in this theory of colors or light the spectrum of colors runs from violet, dark blue, indigo (short wave lengths) passing yellow (medium wave length) to orange and red (longest wave lengths).
The painter Ellsworth Kelly has also challenged the science-based view of colors in “Spectrum IX” from 2014 currently part of the exhibition “Ellsworth Kelly. Formes et couleurs, 1949-2015” at the Fondation Louis Vuitton in Paris (extract of image below). As a provocation to the scientifically trained vision Spectrum IX breaks up the running from short to long wave length to take the scientific linear colors of the spectrum and split the spectrum in the middle (yellow) and join the ends upside down. Alternatively, take the spectrum and glue both ends of the color spectrum together to a circle and cut in the middle of yellow to form again a seemingly linear evolution of colors.
Now, let’s meditate in front of this new spectrum of colors and follow your senses. The challenge of the theory of colors is a provocative statement of all those imaginative potentials we exclude through a solely science-based view of colors. Art opens up virtual space and fills it sometimes with abstract reflections on colors. It is raising the question of beauty versus science, beauty in science or beauty through science. (Image: Ellsworth Kelly. Spectrum IX in exhibition Formes et couleurs, 1949-2015″)