this is an extreme closeup shot of a shiny new penny. it is so close, that you're only seeing 0.00001% of the entire coin, or an area about the size of a human hair. the greenish-gold striations are clean portions of the copper, and the bumpy-red patches are corrosion as the coin is just beginning it's process of turning old and brown. a piece of penny the area of this photo, would have a monetary value of one ten-millionth of a dollar (at a very small bank).

Wild raspberry bushes in northern Indiana

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.

On my way back to the studio, after a routine walk with the camera, I stopped to rest a moment halfway up a steep hill. It was early autumn and the leaves had begun their colour cycle. Like most of us, sometimes I forget to look up to see what's directly above. In my moment of fatigue (too much gear), I arched my back to stretch and WOW! I was standing right under a perfect shot. A lower branch spread across my view with bright red leaves and a little higher up was a maple that turned yellow and just past that, a couple different greens from the oaks. Topped off with patches of deep blue sky, it was truly a colourful moment.

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 super closeup shot of computer CPU (or 0.01% of the whole CPU). this particular area shows a mish-mash of wires criss-crossing and refracting light into a rainbow of colours. the micro-wires are so tiny that over 48,000 of them can lay side-by-side within an inch and have plenty of room for insulation in between (as best as we can measure - it is really small stuff in there).

late spring in the Aleutian Islands

closeup texture shot of an Ultimate Pink type rose