closely resembling a (well used) golf ball, this is actually a super closeup shot of a Zinnia's flower petal. the petals have a cool pattern of dimples each measuring about 1/1000th of an inch across. we then focused a ultra-tiny spotlight so that the shaft of light was the size of a human hair (smaller than a laser beam). as the highly focused light bled out through the relatively flat petal (see inset), it created the shading effect of a round ball.

the exotic blooms on this particular tropical vine last only a day. After just missing a couple of openings, a gardener friend and I was pulling shifts going to check on it's status twice a day. Finally, late one morning, the magnificent passiflora opened to display it's unparalleled details. Immediately, I load up an excessive amount of gear so that nothing would warrant a second trip and spent several hours more than adequately capturing the moment on film. As the day progressed and the sun started getting low, the entire wonder began to close only to fall off the next day; but on film it lives on.

northern shore of Guam

another spectacular view of Waimea canyon. The lush vegetation and diverse soil colours make for some very nice canyon photos.

since we did not get the chance to place one of our camera's onto NASA's deep space probe, we went with the next best thing... we photographed a piece of tile from Home Depot. yes, this is looking at only 0.4% of a 3/4-inch piece of glass tile that to the naked eye, looks clear dark brown (like coca-cola) with gold glitter streaking through. zooming in, revealed the gold specs to be sharply formed pyramids that reflected light very well. as the glitter streaked through the depths of the tile, it resembled an asteroid field with more colour and beauty than if we went with the NASA probe (mission accomplished).

The Palace of Fine Arts in San Francisco is a fantastic setting for many great images. I saw these two swans swimming about and set up on the nearby shoreline. As with most animals, you really must do a lot of waiting for the right moment (unless you are lucky enough to come across one that responds to verbal instruction). There were many fair shots, but each time something was not quite right, so I very patiently waited, slowly panning the camera to track their movement and making adjustments along the way. In as little as a half hour, there was finally a moment when they both stopped eating seaweed and faced each other just long enough for me to complete my work.

Jackson Lake and Teton Mountains

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.