Stacked pencil sketches of photosynthesis and artificial photosynthesis, color coded to make parallels between the processes clear.
Building on the previous sketch, this updated version places natural photosynthesis and artificial photosynthesis side-by-side, so that steps align horizontally.
A full-color final rendering of the previous sketch.

Solar Nanowires

For an article by Antonio Regalado, I collaborated with artist Cherie Sinnen to illustrate a case study from Nathan Lewis’ lab at the California Institute of Technology: artificial leaves composed of silicon nanowires.

The goal was to invite the reader in with a warm and welcoming aesthetic, keep them engaged with some basic primer information about photosynthesis that would likely feel a bit familiar, then have the reader build on that more familiar content by showing how the new technology works.

In an effort to make the parallels as explicit as possible, I started by drawing out the steps using the same composition for each scenario—natural photosynthesis at the top, and artificial at the bottom. Then I used color to help highlight similarities. But stacking things meant that the reader’s eye would have to bounce from top to bottom, searching for the corresponding steps. So I pulled things apart, and put them next to each other, leaving room for explanatory text in between.

This approach is probably not the best solution for a research paper. But for a consumer magazine with a generalist audience, we had the freedom to go a bit playful with the rendering style (making Cherie Sinnen a great match for the final drawing), and a responsibility to provide the information that a generalist reader needs (a photosynthesis primer) in order to really understand the new science being presented.

For more context, read the full article at Scientific American. https://www.scientificamerican.com/article/reinventing-the-leaf/

Sketches and art direction by Jen Christiansen. Final illustration by Cherie Sinnen. Captions by Mark Fischetti.

Previous
Previous

COVID's Uneven Toll

Next
Next

Reproductive Health