Researchers From The University Of Tokyo Created A “drone Dragon” Which Is Able To Fly Through Tight

At the lab this week I made some printed circuit boards with my new collaborator Jonathan Bobrow. I also learned to solder some super small components to a board.

the strongest

The Open Book Project

As a society, we need an open source device for reading. Books are among the most important documents of our culture, yet the most popular and widespread devices we have for reading — the Kobo, the Nook, the Kindle and even the iPad — are closed devices, operating as small moving parts in a set of giant closed platforms whose owners’ interests are not always aligned with readers’.

The Open Book aims to be a simple device that anyone with a soldering iron can build for themselves. The Open Book should be comprehensible: the reader should be able to look at it and understand, at least in broad strokes, how it works. It should be extensible, so that a reader with different needs can write code and add accessories that make the book work for them. It should be global, supporting readers of books in all the languages of the world. Most of all, it should be open, so that anyone can take this design as a starting point and use it to build a better book.

The most important thing I can reiterate in this README is that This Is A Work In Progress! The Open Book board is probably 90% of the way there, but the software required to actually be an eBook is in its infancy; I can put a few Arduino sketches up here, but the long-term goal involves building open source eBook software, and that’s still a ways out.

Read more…

True!

Monday motivation

A controllable prosthetic hand using electromyography to detect the gestures and muscle activities. The project is aimed to be affordable, upgradable, repairable, and flexible. To make it affordable, it consists of 3D printed parts for structure and only common electronic parts are being used. The hand is controlled through EMG signals read by muscle activities on upper forearm. These EMG signals are then transmitted via Bluetooth to Raspberry Pi. The Raspberry Pi then processes these signals and move servo motors accordingly. The project is still in early state with many areas could be improved.

courtesy: Kenneth V.

lol

fractals!! :D or at least patterns :P

Johann Eduard Jacobsthal, “Süd-italienische Fliesen-Ornamente”, South italian tile ornaments, 1886. Chromolithography. Published by Ernst Wasmuth, Tübingen, Germany. Source: archive.org. Via frizzifrizzi

First Post

Forward Lang: Hello Everyone! :D

Hopefully someone else: Hello! :)