The Wave of The FutureIn the early nineties The Boston Computer Museum and a magazine called The High Tech Times sold a derivative print of Hokusai‘s The Great Wave off Kanagawa called The Wave of the Future. The image begins at the left with the original Great Wave, and is color pixellated through the center, and another wave in wireframe is added to the right. An original Great Wave print hangs in the Metropolitan Museum of Art in NYC, and in Claude Monet‘s house in Giverny, France. An original Wave of the Future print hangs opposite a print of the original in the staircase of my home. It appears that the full size digital rendition is out of print and unavailable from any source except a few copies in private hands. I was unable to find any indication of the artist’s identity or other information about this work.

great WaveThe image contrasts the size and power of the wave with the skill and courage of the fishermen and with the strength of Mount Fuji in the background. The revised image continues this contrast of strength versus skill, in taking at first the woodblock print technology representing a natural scene, then pixelation as a computer monitor with very low resolution would produce, followed by a coarse wireframe model of a new larger wave than the original. Wireframe modelling is the underlying basis for 3d modeling as used in Pixar movies. The strength and power of the natural world is represented by the skill of the art of Kokausi, followed by the revised technological representations of his work – at first crudely and coarsely done, then refining to something that reflects or virtualizes nature. The Wave of the Future tends to bit pop art – adding color noise in the pixelation, and using a coarse wire frame in the added wave, but it made the point then, and can be seen with an additional perspective now. (more…)

Venus de Milo - Photo by Jastro at commons.wikipedia.orgPythagoras showed that the golden ratio, phi ( φ) – 1.61814, used as the relationship of parts in a structure is amazingly pleasing. Physical dimensions in this relationship produce an order that is compelling and beautiful. The relationship of the successive chambers in a nautilus, the relative length of the tip of a finger to the tip to first knuckle, then to the length of the first two segments to the entire finger, then the hand, the relationship of successive vein length segments in a leaf all merge to the limit of φ . People know that symmetry is a characteristic of beauty, as you can see in my portrait, The Vitruvian Man by Leonardo da Vinci. φ is the “constant” of proportional symmetry in nature. Recognizing this constant and its derivation can bring order to a practical assessment of what makes things beautiful. (more…)