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!
Va3ngc’s DIYObservatory dome via D+N+R. ..last year I started drafting up plans for a brand new wooden dome. On June 7, 2003, my dream of a truly domed observatory finally came to fruition. The entire project took about 3 weeks to complete and actually was not as much work as I thought it would be. […]
I do not have a car, but if and when I get one again… dual exhaust flame kit… WANT. Related: Street-legal jet powered VW Beetle.
These amazing works of art are made entirely from found materials. Here is an excerpt from the artist: Hubcap creatures are made entirely from re-cycled materials. All the hubcaps are found, usually on the side of the road, and therefore bear the scars of their previous lives in the form of scratches and abrasions. I […]
We posted about the Japanese scooter scene last week. If it made you interested in modding your own scooter, then this might be a good place for inspiration. The website is in Japanese, and the Google translation isn’t the best, but it is a great series of pictures of the build process. Did I mention […]
This is a functional glass seismograph for measuring earthquakes. It stands about 40″ tall, and is about 48″ wide installed. It measures vibrations along the x and y axes (side to side), as well as the z axis (up and down), on three helicorders. Ideally, it should be bolted into bedrock for accuracy… Andy Paiko […]
More crazy jet-powered action, this one a pulse-jet strapped to the side of a 1950s cruiser bike. Jet bike,75 MPH
Researchers at the University of California, San Diego have come up with a way of making solar photovoltaic cells more efficient by making them fuzzy with nanowires. Boosting solar cell efficiency The idea is [to] use nanowires to more efficiently conduct electrons from the collection surface of the solar cell to an electrode. Contemporary thin-film […]
