March 10, 2011

What's in Spock's Scanner

Ok, I'm a bit of a Trekkie.


March 9, 2011

Ten Things You Need to Know About the Infowar

I'm working on an essay to put flesh on these bones, but wanted to get this out there without further delay. The essay will have lots of links to sources, plus images.

UPDATE: The guts of this post has been moved here.

March 7, 2011

WikiLeaks: Why It Matters. Why It Doesn't?

This video has been around for a few months and is long, but it's very good – I'm not aware of a better summation of many of the issues involved (I just went back to it as a source for an essay I'm working on). If you can't make it through the whole thing, my faves were the moderator, Paul Jay; Neville Roy Singham; and every bit of Daniel Ellsberg (including his comments near the end).



UPDATE 2011-03-07: Greg Mitchell celebrates his 100th day of blogging the WL story today with an article on his top Cablegate revelation picks; see also Kevin Gosztola's top 100 leaks in 100 tweets.

March 3, 2011

Ten Artists Who Use Video Games as Their Medium



Nine more at Flavorwire.

Breast Milk Ice Cream Banned

"Ice cream made from [human] breast milk was banned from London gourmet shop The Icecreamists, based on a complaint regarding a perceived health risk. The mother’s milk was screened at a leading medical clinic, pasteurized, and then served in a martini glass with lemon zest and vanilla for about $22.50."

More at Bust. What's next? (At right, Takashi Murakami, My Lonesome Cowboy, 1998.)

Last Word


February 28, 2011

"Waiting for Godot" Video Game



Finally, a game I can "win." (Thanks, Jon!)

February 26, 2011

Brainbows

Four years ago, Harvard scientists devised a way to make mouse neurons glow in a breathtaking array of colors, a technique dubbed “Brainbow.” This allowed scientists to trace neurons’ long arms, known as the dendrites and axons, through the brain with incredible ease, revealing a map of neuron connections.

Using a clever trick of genetic engineering, in which genes for three or more different fluorescent proteins were combined like paints to generate different hues, researchers created a system to make each neuron glow one of 100 different colors.

. . . . This is the first time that scientists have converted the technique to work in fruit flies, and because these organisms have a very sophisticated set of existing genetic tools, researchers can exert even greater control over when and where the fluorescent proteins are expressed . . . . Researchers have traditionally had to stain just one or two neurons in each sample, painstakingly compiling data from many brains to build a map.
More at technology review.