foliage on the tropical island of Guam

very large wall of tightly packed spires in Utah wilderness

if you ever wondered what a photography studio does on a slow day... well, we photograph our toothbrush, and here it is. this is a close-up shot of the bristles on a toothbrush (Oral-B if you're curious) and each one has a diameter of 0.0075 inches (thickness of 1½ sheets of paper). we found it interesting that the plastic bristles start out very smooth on the handle end (seen at top) and then have a rougher texture on the brushing end (seen at bottom).

One of my favorite locations is southeastern Utah. The area has many bizarre rock formations in all shapes and sizes. It is just after dawn and I'm on my way to a planned trailhead as I pass by these absolutely massive walls of rock. A few extra moments for this side trip won't hurt my plans, so I stop and wait for the sun to raise just a little higher. I grab a non-distorting wide angle lens and finish setting up in front of this wonder. The low warm light made this giant formation glow with contrasting shadowed edges, enhancing its texture and rich colour, making for a beautiful image to preserve on film.

this allium bud is just starting to initiate the blooming process and is looking quite good so far. It's still only about an inch (2-3cm) in diameter and i've got my camera gear just a few inches away to capture the minute details of this beautiful process.

Delicate Arch, one of the most photographed natural arches in the country, and is even the state icon appearing on nearly everything throughout Utah. It is quite massive and resides on the edge of a steep canyon wall that quickly slopes more and more, making the hiker uncertain just how far beyond this landmark they can travel before footing will give way.

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 close-up of Dichrolam Film - an exotic material that won awards for being one of the most innovative materials in the world. It's paper thin and made up of several hundred layers of super-thin plastics that diffract and filter light into different colours depending on the viewing angle.