Just some more data for you from yesterday's events. Here's me at the end of the table studiously assembling my MintyBoost:

Image licensed under the CC-BY-NC-ND. Thanks to pt for the image.

And here's me with a completed ShakeLight:

Me With Human Power DIY Flashlight: This is the human-power flashlight I built with a partner, who had never soldered before and did a great job, at the Bent Festival at Eyebeam.

I went to the Bent Festival at Eyebeam today--sorta. I didn't do the music--noise music makes me want to stick icepicks in both ears and both eyes. In fact, I think the Max/MSP teachers at Parsons next semester should hoist noise "musicians" out the window until they apologize for making our collective heads compress every time yet another one "discovers" how to modulate sawtooth waves with the fucking serial-in off a potentiometer circuit. It's a trick--get an ax.

I digress.

The classes I went to were fantastic and related very well to the user research I am doing for my Pleech project. The first was for a build of the MintyBoost, taught by its inventor, Limor Fried. Not only is it charging my wife's iPod as I write this (thanks for the guinea pig, hon!), it has the right kind of electronics (1.5V to 4.5V in, 5.0V out, 350mA max) that could power the kind of devices I'm interested in. This could be the supply end of the Pleech, minus the two AA batteries.

This week, I started building the prototype of my Pleech, the power leeching wind turbine.

The first thing I did was to assemble all the parts I could find. These included:

Pringles Can (cut lengthwise)

Two Used CDs

Chrome Paper Towel Holder

5/8 in. Dowel: (cut to length with two nails driven into each side and snipped to make a needle bearing)

8 Ceramic Magnets: (oriented in alternating North/South configuration)

400 Ft. 30 gauge magnet wire: (made into 8 loops of approx 275 2 in. windings)

Various Electronics: (including a bridge rectifier)

With these pieces together, I began the assembly process.

Heh. So, I just realized that I forgot to tag the last entry which would have put the previous Process post appear in the MS:I blog area. Dumb. No wonder Yury didn't see it.

I'm thinking about the Savonius Turbine in particular because of projects like
PicoTurbine.

At 300 windings per stator, the basic version of the PT should be able to produce between two and three volts, according to the authors. The plans have a pretty great discussion of the possible power coming out of the turbine.

For my Pleech project, I am trying to develop a low-cost, low-power, easily assembled generator that can be fixed to walls, fan outlets, and other infrastructure in order to generate environmentally friendly electricity for physical-computing graffiti and sentiti applications.

(Note: "sentiti" is my own coinage. It refers to any illicit sensor that can be placed in much that same way as graffiti. Think of it as an unauthorized reading as opposed to an unauthorized writing.)

Sim Art - New York Magazine's Daily Intelligencer - [My del.icio.us]

Nice blurb about the Sims show and our project in particular on New York Magazine's site. Both Inti Einhorn and Becky Heritage have great quotes!

So, I'm not sure how to lay this over my Venn or mind map, but I'll try to make this work textually.

My idea is called Pleech. It is a device that will generate power, via magnetic induction, from mechanical moving parts, similar to how some bicycle power generators work.

It is designed for activists, hacktivists, graffiti artists, and others interested in installing low power electrical work in areas without access to grid power or easy change of batteries. The Pleech will be left in place for as long as it is allowed to exist, and the public is welcome to plug in their own work into it once it is encountered.

So, I went more for breadth on my last post than depth, which is where I should've put my efforts. No worries--it's worth getting a wide area of ideas. I'll focus on three of those now, though.

• Ethics
• Open Source/Content
• FSF
• GPL

Concepts for Final Project

My motivations can be summarized roughly according to the domains I've detailed in the diagram.

Science

For as long as I can remember, I've been fascinated by science. From a very young age, I devoured books on dinosaurs and space. I really enjoy seeing how the world works, and science, in its many fields, has provided me with a window onto that. I went to a science and technology high school, where I first developed a love for biology and engineering, and I graduated from college with a degree in anthropology. Following school, I dove into computers and taught myself comp sci and the math and theory behind it. By training, at least, I am a scientist.

Ethics

I've been curious about ethical choices for almost as long as science. Partly due to my upbringing and partly my own pig-headedness, I'm stubbornly in defense of my beliefs about fairness and equality. I believe that information should be free for everyone. I believe that people and countries with many resources have a moral obligation to act for the benefit of the less fortunate. I believe, in so doing, that the fortunate benefit from this as well: a rising tide lifts all boats.

Physical Computing and Wireless

Both of the areas are new to me, and I love novelty. Both provided interesting approaches to problems that arise from both my scientific and ethical senses: How can people without money or infrastructure begin to organize their lives for the better? How can solutions be created from inexpensive parts through methods that are easily reproduced? What are the technical and human possibilities that we haven't yet considered?

Games

Games are fun. They're also interesting windows onto human behavior, as well as possibly powerful tools for education and understanding. They also give people the ability to examine realities that exist only in potential space for now, which could aid science and humanity via further investigation.

My notes follow: