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!
Uwe Oehler has written a simple program that prints out fold-up paper templates for the conic sections that make up the reflective surface of a Fresnel mirror. Cut the templates out of cardboard, cover the cardboard with aluminum tape, fold up the sections, and apply them to a flat backing. Even the relatively simple, five ring, 59% coverage reflector shown in the video will burn holes in construction paper under modest sunlight.
Check out this elaborate page-turning Rube Goldberg machine from Brooklyn area maker Joseph Herscher. The inclusion of fire and trained guinea pig really makes this one stand out.
Celebrate the one hundredth “Math Monday”> column with a return to yet another mathematical way to slice bagels.
Mike Estee has been laser-cutting hexapod limbs from cardboard and is making great progress on his hexapod project. As he explains:
As I’ve written about in the past, cost can be measured in many ways. For this exercise I’m primarily interested in cost of materials, cost of manufacturing, and assembly time. Design time isn’t particularly optimized here, but as we build on previous iterations, hopefully we can stay ahead of complexity. On the cold hard cash front, I think I’m doing pretty well. This little fellow consists of: $1.00 in cardboard, $54.60 in servos, and $29.95 in servo controllers.
Yet another reason to own a stainless steel car. An “insane amount of time,” but the results are undeniably stunning; check out more pics in this thread at autopia.org. Rob Beschizza found that it’s been done at least once before.
We have the technology (to quote The Six Million Dollar Man), but commercial tools for exploring, assisting, and augmenting our bodies really can approach a price tag of $6 million. Medical and assistive tech manufacturers must pay not just for R&D, but for expensive clinical trials, regulatory compliance, and liability — and doesn’t help with low pricing that these devices are typically paid for through insurance, rather than purchased directly. But many gadgets that restore people’s abilities or enable new “superpowers” are surprisingly easy to make, and for tiny fractions of the costs of off-the-shelf equivalents. MAKE 29, the “DIY Superhuman” issue, explains how.
https://makezine.com/29
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President’s Council of Advisors on Science and Technology” width=”240″ height=”240″ />Tomorrow, at 10am to 3pm EST, you can watch the Meeting of the President’s Council of Advisors on Science and Technology (PCAST) webcast live from DC
