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!
Oftentimes, the bounty of the season is, well, bountiful and more plentiful than can be used immediately. In my garden, the mint, parsley, and cilantro are thriving, and while I love using these fresh herbs in my cooking, I still have way more than I can use fresh. Enter our flashback for this week: a […]
How space suits destined to be trashed in space are turned into homes for amateur satellites.
In response to our post of the “BuckyBalls” magnetic beads, Mister Zed pointed us to this cool Bill Beaty demo of super magnetic beads and the behavior of their magnetic fields in loops and chains. Bill also shows how you can make a simple compass with the magnets. Lots of other cool info and vids […]
While it doesn’t have anything to do with actual buckyballs, this set of 216 rare earth magnetic balls looks like a lot of fun. I just wish they didn’t cost $31 (with shipping). BuckyBalls [via Laughing Squid]
Cymatics.org offers a nice gallery of images and video from their experiments with vibrating fluids. Their test setup using a vacuum-formed speaker inlay + custom lighting rig produces some excellent eye candy. Pics + discussion of their process can be found on the site. More: Seeing sound waves From the pages of MAKE: Chladni Plate […]
We’re in the process of working on a new area of Make: Online that we’re really excited about. It’s called the Make: Science Room. We’ll have a full announcement and launch in a few weeks. In the meantime, we thought we’d give you a teaser of the type of content we’ll be offering. The following […]
So. Incredibly. Cool. What is DNA Origami? DNA origami is a powerful method for constructing DNA objects. It involves taking a long, single-stranded DNA backbone (usually about 7000 bases in length) and forcing it to adopt an arbitrary shape using hundreds of short, single-stranded DNA oligonucleotides (each usually 20 to 50 bases long). This method […]
