Science

DIY science is the perfect way to use your creative skills and learn something new. With the right supplies, some determination, and a curious mind, you can create amazing experiments that open up a whole world of possibilities. At home-made laboratories or tech workshops, makers from all backgrounds can explore new ideas by finding ways to study their environment in novel ways – allowing them to make breathtaking discoveries!

This is not a spiral

This is not a spiral

Slightly off-topic, here, but I see lots of these optical illusion posts on the web, and although some of them are pretty impressive, this one borders on voodoo. I had to run my mouse pointer over the blue traces a few times to persuade myself. I’ve overlaid some big yellow circles on the original image, which you can see, below, after the jump, to save you the trouble. [via Neatorama]

Math Monday: Hexagonal stick arrangements

Math Monday: Hexagonal stick arrangements By George Hart for the Museum of Mathematics Interpenetrating hexagonal arrangements of sticks are a challenging mathematical exercise to assemble from pencils. Four different directions are used, as color-coded here. The above sculpture, 72 Pencils, has tiny dots of glue to hold itself together, but you can easily use eight […]

Never mind the table, check out the fake cardboard boulders

Never mind the table, check out the fake cardboard boulders

A glass-top table supported by a group of what appear to boulders may be to your taste. If so, that’s cool. This one from Brazilian designer Domingos Tótora is called the Agua Table. But even if not, I thought the process of making the “rocks” from a paste of old cardboard boxes and glue was pretty interesting. I speculate that Sr. Totora actually started out by experimenting with the cardboard-paste process, figured out he could make fake boulders using it, then cast about for awhile trying to find a use for the cool fake boulders he’d just taught himself to make. Slapping a piece of tempered glass on it and calling it a coffee table has worked for a lot of other designers… [Thanks, Billy Baque!]

Socolar-Taylor aperiodic tile models on Thingiverse

Socolar-Taylor aperiodic tile models on Thingiverse

So the bragging rights I mentioned in Monday’s post about the newly-discovered single shape that tiles the plane aperiodically go to mathematician and artist Edmund Harriss, aka Gelada, who produced these beautiful renderings of the Socolar-Taylor tile in Blender and uploaded printable 3D models to Thingiverse. There’s more info and images on Harriss’s blog, Maxwell’s Demon. [Thanks, Edmund!]