Doodle No. 35 Rooftop Conversation

Remember Cat Planet? This is different planet that also has cats. Sure, you can only see one cat here, but there are more cats on the dark side of the planet. The scale in the right should give you a sense of how big everything is. 

I did something different with the colors on this one. I had a cognitive shift in how layering colors works. I layered colors on the opposite sides of the color wheel, and I’m telling you, it was pretty dicey there for a while because when you mix pink and green, you get brown. Half way through the coloring, I thought it was almost certainly past the point of no return, a total color failure,  At that moment, I took my Kepler dog for a walk to get away from it for a while. When I returned to this drawing, I decided it was salvageable. In the end, I got it right where I hoped it would be when I decided that mixing pink and green was a good idea. 

5” square. 

Drawn with archival Prismacolor black ink, Faber-Castell Polychromos pencils, Finetec and other mica watercolor paint on Aquarelle Arches hot-pressed 100% cotton 140 lb paper. 

Sold

Doodle No. 34 In one hole and out the other

This shows another version of the Poincaré model of hyperbolic space with microbes, space junk, aliens, and a few plants. 

Some are real. 

Some imagined. 

Some are totally unbelievable. 

I’ve worked in these colors before. 

I suspect I’ll use them again because they match the furniture. 

5.75” diameter circle.

Drawn with archival Prismacolor black ink, Faber-Castell Polychromos pencils, mica watercolor paint on Stonehenge 250 GSM 100% cotton paper. 

Sold

Doodle No. 33 Tribert Makes Thymine

The design of this is based upon the Poincaré model of hyperbolic space. Ask a mathematician about it. It’s probably their favorite model of hyperbolic space. 

5.75” circle

A lot of people photograph their oakk in brings of flowers with real flowers. I don’t paint flowers. So I thought these Polyhedra seemed appropriate. 

NFS 

Thanks for looking. 

Doodle No. 32 Adam Explains How Holes Work

These weren’t the colors I thought I would get, but in the end I’m happy with how they turned out. It took a lot of layers of colored pencil to get there

. 

This piece is for someone who likes old wooden furniture and modern art.  It would look nice in a fancy guilded frame.

6.5” by 9.5” oval 

Not for sale

Doodle No. 31 Adam Makes an Atom

This is what happens when I let Melanie Schrader pick the colors.

Mike Ryan pointed out that the atom has three electrons, so it must be lithium. He cares for bipolar. Here is a detail of Adam and his lithium atom and the flash of the mica paint. 

4” square

Prismacolor black ink, Faber-Castell Polychromos pencils, Finetec mica watercolor paint on Stonehenge 250 GSM 100% cotton paper

 NFS

Doodle No. 30 Too Many Holes

In Doodle No. 24 Six Holes, I asked, “How many holes are too many?” The answer I was given was infinitely many. So then I spent the next several days trying to figure out how to draw infinitely many holes. The answer lied in the Poincare model of hyperbolic space. Here, I present “Too Many Holes.”

5.75” diameter circle.

Drawn with archival Prismacolor black ink, Faber-Castell Polychromos pencils, Finetec mica watercolor paint on Stonehenge 250 GSM 100% cotton paper. 

Sold

thanks for looking. 

Doodle No. 29 Green Hole with Shrimp

If you ever visit a green hole, be sure to get a souvenir while you’re there. 

Someone challenged me to draw a black hole using a tiling other than the regular square one. That’s why there are triangles. Plankton and 2D RNA structures decorate the surface. The gold planet and most of the little dots shimmers in the light with mica paint. 

4” square

Prismacolor black ink, Faber-Castell Polychromos pencils, Finetec mica watercolor paint on Stonehenge 250 GSM 100% cotton paper. 

Original available: https://www.etsy.com/listing/704139530/