Scientists merge rat, car, to create Ratcar
Brain-machine interface researchers at the University of Tokyo were apparently successful at combining rat and machine, creating the RatCar.
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!
Brain-machine interface researchers at the University of Tokyo were apparently successful at combining rat and machine, creating the RatCar.
Here’s a neat design for an improved wheelchair, by designer and wheelchair user Salim Nasser.
Spotted in the MAKE Flickr pool, this beautiful modular origami construction, รย la Tomoko Fuse, from user fdecomite. Its formal title, Giant short nanotube, provides a rare opportunity to observe a double oxymoron in the wild.
Those interested in mechanisms and horology will probably enjoy watching the hypnotic action of this single-pin escapement executed in Lego by YouTuber horolophile. An “escapement,” FYI, is the mechanism in a timepiece that converts continuous rotational motion into oscillating “back and forth” motion and makes it go tick-tock.
The latest high altitude weather balloon video making the rounds is from the father and son team of Luke and Max Geisshuhler of Brooklyn, NY. Their setup included a 19-inch helium balloon with a payload consisting of a camcorder, GPS enabled phone, and a couple of hand warmers inside a styrofoam container.
By George Hart for the Museum of Mathematics What could be a better centerpiece for your dessert table than a polyhedral cantaloupe? Try making this “Leonardo style” dodecahedron in which the edges are solid and the faces are open. To warm up for it, you might first want to make all five Platonic solids from […]
Jeri explores several methods to detect greenhouse gasses including mass spectrum and mid-IR absorption.