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.

this is a closeup photo of a computer chip that has been 'un-gracefully' opened so we could see it's innards. the warm and colourful section shows different layers of micro-circuity that have been ripped apart from our opening process (somewhere out there, the folks at Intel are cringing). the lava-like black area is the base silicon that has chipped and shattered (again from our opening process). this photo captures an area approximately 1/8 inch in height.

rarely does an insect stay put long enough for us to go through our setup process, but this large dragonfly was very trusting and didn't move while we choose a good macro lens, took light readings, test exposures, and finally this shot.

My friend and master gardener was showing me the sites and we came across her favorite of all trees, the chionanthus virginicus, or fringe tree. In late spring it blooms with drooping clusters of white flowers. I now understand her passion for the tree as is had a very soft friendly appearance with a lovely scent from it's quantity of blooms.

massive thumb-shaped rock slowly shifting from erosion

like most things we get our hands on,.. we photograph it. this is a closeup shot of a synthetic-foam brush and after we zoomed in, it became quite clear on how it holds paint so well. the foam strands (connected together like a web) average around 0.0027 inches in diameter (size of a human hair).

looking quite similar to an xmas tree with ornaments and tinsel, this is actually a photograph of a hostile invasion possibly taking place in your own backyard. if you see a plant with a white or light-gray powdery substance on the top-side of its leaves, it is probably an invasion of the 'White Powdery Mildew Fungi'. many different types of these spores spread with the wind, rain, birds, and even the feet of insects, and when the right type of spore lands on a suitable plant, it quickly takes hold by rooting into the plant. it then steals nutrition from the plant to grow an outbreak of thread-like structures over the surface (seen as white rice-like chains in this photo) which eventually block the plant's photosynthesis process and kills it. when the mildew fungus is sufficiently mature, it develops new sets of spores (inside the brown raisin-like containers) to travel in the wind and repeat the cycle. each of the brown spore-sacks measure about 0.0014 inches in diameter which is the thickness of kitchen aluminum foil.