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.

This is the remains of Bristol Lake in the Mojave Desert. After the water evaporated and lake bottom began to dry, the variations in temperature caused the drying surface to crack and the soft elements underneath to ooze out between the cracks, forming little walls. The surface is extremely hard and rock-like and the jagged walls are strong and sharp.

the seed cones of a Douglas Fir tree

an up-shot of the large clusters of dates on this Phoenix dactylifera in Kauai

when a large mass of lava cools very slowly, it can create column-like fissures during it's cooling. then, over the years, water and ice push the columns apart and the outer pillars topple giving you a scene like this one. there's only a handful of places on earth where conditions were just right for these strange rock formations to form.

vast amounts of water flowing over Horseshoe Falls (Canadian side of Niagara Falls)

these are either a batch of eggs that will eventually develop into full-grown candy-canes, or this is a super closeup shot of a red gladiolus flower petal and these juicy 'eggs' are the plant cells that make up the flower's beauty and shine. each cell measures about 0.0015 inches across which is the thickness of aluminum foil in your kitchen (the thin/economic type; not the heavy duty) and what appears to be a bubble inside each cell is the cell nucleus (averaging around 1/1200 of an inch).