glass tulips illuminated with various neon lights would certainly make a wonderful piece of contemporary art, but this is actually a closeup photo of a Grecian Windflower. in between the bumpy center cone and the outer petals, is a ring of many stamen with short filaments. zooming in extra tight on the area where the anthers (top part resembling mini-tulips) connect with the filaments (supporting stems), and adding in a micro-spotlight to make everything sparkle, you then get a shot like this. each filament (stems seen at the bottom) measures around 0.0062 inches in diameter which is a tad thinner than a bristle on a toothbrush.

hiking through Waimea canyon on Kauai

Along the desert surface, a lengthy crack can be seen. More exploring reveals an entire other world of underground beauty. I have the camera pointed up at about 45° toward these whirls of sandstone carved out by centuries of flash flood waters from rain many miles away.

appearing as a beautiful iridescent wing from a magical creature, this is actually a small portion of a single grain of black sand. we were exploring a small clump of sand for a good shot, and noticed a tiny colourful spot sparkling out from one of the grains of lava rock. zooming in much more, we discovered this 'wing' shape measuring 0.0058 inches long (equivalent to the thickness of a sheet of paper). the entire grain of sand at this level of magnification, would fill 20 of these photos.

I planned my passage through southern Arizona when the giant saguaros would be in bloom. I always enjoy shooting flowers, but these blooms posed a new problem for me - they were all twenty to thirty feet above ground. As I hiked around exposing film on all sorts of life, I not only came across a good steep hill, but it had a large healthy cactus growing right next to it. Thanking mother nature for making this possible, I set up on the side of the hill and maxed out my largest zoom lens to capture these blooms.

appearing as an aerial shot over an industrial area, this is actually an extreme closeup photo of a computer chip. more specifically a 64-bit Pentium dual core processor, containing 167-million transistors. the various colours come from the studio lights reflecting off the ultra-fine details in the semiconductor material causing a diffraction-grating type effect. this entire shot captures an area of 0.0000205 square inches (tad larger than the diameter of a human hair). to capture the whole CPU at this magnification, would take nearly 8,400 photos.

about a week ago, my finger got pinched and created a tiny blood blister. now it's coming off and i decided to photograph the remains using a very tiny lens. this photo captures an an area about .057 inches wide (about the thickness of a DVD) and is of the outer regions of the blister where the dark dried blood meets the surrounding tough dried skin (whitish areas).