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!
MAKE subscriber Frank from Ontario wrote in with this fantastic project: a dune buggy painstakingly converted to run on batteries. This unit rolled (sort-of) into the yard in mid to late Aug 2009. I was hesitant to buy the damned thing largely because I had my hands full with another project that was already several […]
The fine folks over at Tweak Labs converted a cheap webcam into a microscope by inverting it’s lens, then used it to create this excellent video of some microscopic creatures doing their thing.
We covered these clever Petri dish soaps from Cleaner Science back in March. Now, we’re very pleased to have her on board as a Makers Market seller. Her soaps are available in many colors and varieties, including some with glow-in-the-dark “colonies,” and none of them will set you back more than $10.
Bring the tunes as you ride with this simple solar-powered bike stereo, built into a milk crate by Matt Bosher in Tempe, AZ.
By now we all know that the iPad does indeed blend. But does it shred? Built to Shred host Jeff King and pro Chad Knight put the iPad through it’s paces. Does the iPad shred? You’ll just have to watch the video to find out.
Rich Olson has a posted about his Peltier cooler based cloud chamber. He’s tested Americium, Carnotite, and Autunite samples in it. Peltier Cooler Based Cloud Chamber More: HOW-TO: Make a cloud chamber Inward-pointing scanner, cloud chamber from FMCG
The folks over at OSnano are working to make nanotechnology to the home laboratory. Their first project is a guide to fabricating your own Magnetite Nanocrystals: Why? Magnetite Nanocrystals are good for removing arsenic from water. Based on recent advances in nanotechnology, it’s now possible to make regular magnetite nanocrystals as small as 20-100nm, and […]
