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!
Alex Andon is the founder and president of Jellyfish Art. He has a B.S. from Duke University in biology and environmental science. His article in MAKE Volume 27 shows you how to convert a standard aquarium into a habitat that can support jellyfish.
M Design of Montreal takes discarded furniture and hacks the disparate parts into new home furnishings in their “Project Scrap” series. We especially dig the bureau drawers flipped sideways and turned into shelving units. [via Dude Craft]
Anyone who’s tried it knows that “pipe” or “tube welding” is an art that takes a while to master. This outstanding phototutorial by Amy Qian won’t substitute for the hours of practice needed to draw a good bead around a fishmouth seam, but if you’ve got the chops…
Professor Arthur J. Olson of Scripps demonstrates a 3D printed model of a virus that self assembles when shaken. Olson is head of the Molecular Graphics Laboratory, which uses 3D computer models, 3D printing, and augmented reality to create tools for life science researchers and educators. He is also the project leader of Fight Aids […]
Hackers on a Plane 9.0: Hackers for Japan, departs SFO or AMS Saturday November 5 and returns Sunday November 20, 2011. Hackers love Japan. As we found out on Hackers on a Plane 4, Japan loves Hackers too and they can’t wait for us to come back. The focus of this trip is bringing Hackers […]
While there are LED alternatives on the market for MR16 bulbs, the technology is still prohibitively expensive. I pulled one of the halogens and found the socket was simply two pieces of 19 gauge wire. I decided to free-form some circuits made of different colored LEDs around the thicker terminals.
By George Hart for the Museum of Mathematics We looked at playing card constructions before in this column, but this one by Nick Sayers is impressively intricate. The 270 playing cards each have four slits, and lock together like the classic IQ Lamp. Each card is forced into a curved form because it locks with […]
