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What I'm reading now:
The Demon-Haunted World: Science as a Candle in the Dark (Listening to the audio version. Excellent!)
Idlewild (Very interesting, quite different. Written by Carl Sagan's son, Nick)
Atheist Universe: The Thinking Person's Answer to Christian Fundamentalism (my favorite atheist book so far)

What I just finished:
You Suck: A Love Story (It made me LOL)
Bloodsucking Fiends: A Love Story (It sucked me in. Fun and funny.)
The City of Ember (movie was much better)
His Dark Materials Trilogy (The Golden Compass; The Subtle Knife; The Amber Spyglass) (best trilogy I've ever read!)
The Heathen's Guide to World Religions (witty and informative)

What I'm waiting for, or what's waiting on my nightstand:
Microcosm: E. Coli and the New Science of Life (Vintage)
The Day of the Triffids

Great Stuff I Watched Recently:
War, Inc. (very clever satire from the headlines. cynical but funny)
Taken (gritty, violent, excellent retribution!)
The Day of the Triffids (BBC series. Good acting, 80's low budget effects)
City of Ember (DVD) (good movie, much better than the book)

Happy Atheist Love

Stretchable Silicon Camera “Eye”

Photograph of the electronic eye camera after integration with a transparent hemispherical cap and a simple, single component imaging lens. - Photo by John Rogers

Photograph of the electronic eye camera after integration with a transparent hemispherical cap and a simple, single component imaging lens. - Photo by John Rogers

The University of Illinois and Northwestern University have developed an “eye” camera. It combines stretchable optoelectronics and the design is inspired by nature. The layout is based on the human eye, so this camera is the next step towards an artificial retina, a la The Terminator.

It also opens up new possibilities in advanced camera design.

The camera has a simple, single element lens and hemispherical detector. It’s all integrated so that it is about the same shape, size and layout as a human eye.

Schematic illustration of steps for using compressible silicon focal plane arrays and hemispherical, elastomeric transfer elements to fabricate electronic eye cameras. - Photo by John Rogers

Schematic illustration of steps for using compressible silicon focal plane arrays and hemispherical, elastomeric transfer elements to fabricate electronic eye cameras. - Photo by John Rogers

Found Here.

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