Big Picture, Small World

Explore the enormous images you saw at Maker Faire, then zoom in far beyond what the printed versions can show.

At Maker Faire, we turned two gigapixel images into prints measuring 8 x 16 feet. One brings together structures created by nature. The other explores structures created by people. Open either image below and see what you can find.

About our Maker Faire exhibit

A World of Insects

2.22 gigapixels

66,654 x 33,327 pixels

Explore butterflies, moths, beetles, cicadas, flies, wasps, and other insects. Look beyond the overall shapes to find structures that usually escape the unaided eye.

Things to find

  • Butterfly and moth wing scales
  • Metallic beetle surfaces
  • Compound eyes and antennae
  • Wing veins, hairs, and spines
  • Camouflage and warning colors

Image by Gene Cooper. Specimens include material from the UC Davis Bohart Museum of Entomology.

Inside the Machine

1.68 gigapixels

61,842 x 27,176 pixels

Move from structures created by nature to structures created by people. Follow the pathways, connections, markings, and mechanical details hidden inside familiar technology.

Things to find

  • Circuit boards, sensors, and microchips
  • Cameras, displays, and connectors
  • Flexible circuits and solder joints
  • Wires, pathways, gears, and mechanical parts
  • Manufacturing and component markings

Image and subjects by GIGAmacro. Image by Gene Cooper.

How the images were made

These images were created with GIGAmacro robotic imaging. The system captures many overlapping photographs at different positions and focus depths. Those photographs are combined into a single deep-focus image that preserves both the complete subject and microscopic detail.

That combination lets you start with the whole composition, then zoom into structures and markings that are difficult or impossible to see in the print.

What can you find?

  1. Find an insect with metallic coloration.
  2. Find three different antenna shapes.
  3. Find a component smaller than a grain of rice.
  4. Follow a circuit-board pathway from one component to another.
  5. Find a marking that was probably never intended to be seen without magnification.

How many things did you notice only after you zoomed in?

What would you explore at this scale?

We work with museums, universities, laboratories, manufacturers, and other organizations that need to capture, study, or share exceptionally detailed images. Tell us what you need to image and what you need people to discover.

Work with images in the Viewer

Create a Viewer account to upload, organize, share, annotate, compare, and measure images.