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!
The U3-X uses a balance control system that derives from Honda’s research on human walking dynamics for its famed ASIMO bipedal humanoid robot. When the rider leans his or her body, an angle tilt sensor sends data to the balance control system, which in turns moves the wheel, maintaining balance.
Interesting dissection of a sphere from Thingiverse user VeryWetPaint. This “hemi-demi-sphere” is also cleverly designed to present the best-finished surface from the printer on the outside of the assembled sphere.
The Copenhagen Wheel is a giddy, improbable project by the MIT Senseable City Lab. The idea is that you simply replace the back wheel of your bike with this Copenhagen Wheel that generates power when you pedal and gives it back when you don’t feel like pedaling. But it also connects to the Internet, can […]
Kenya-based maker Babamzungu designed and built this proof of concept one-stage anaerobic digester to convert waste organic material into useful methane gas.
May is here, spring’s in full swing, and folks are in happy circulation. From my home office window, it’s a steady stream of people on leisurely walks, kids and adults on bikes, kids on skates n’ skateboards, and the old guy down the street who proudly rides his Segway to the 7-Eleven. With gas prices […]
From deviantART user orsobrusco. [via Neatorama]
By George Hart for the Museum of Mathematics Here’s a challenge for you. Make the coolest thing you can from a bucket of old golf balls. It might be hard to beat this Sierpinski triangle and Sierpinski tetrahedron! These are both made by Dale Seymour. And in case you are wondering if is is solid […]
