“The question is how we react to this great prejudice against women. The rule of law and social activism certainly are crucial. But no matter how strong the social structure, there is always that cheek-slapped moment when you are alone with the anti-woman prejudice: the joke, the leer, the disregard, the invisibility, the inescapable fact that the moment you walk through the door you are seen as lesser, no matter what your credentials. I have no guidance for women who want to rise through the ranks into technical management. I have led a peripatetic life, moving on when a project was done or the next thing intrigued me. And I am not advising younger women (or any woman) to tough it out. You can lash back, which I have done too often and which has rarely served me well. You can quit and look for other jobs, which is sometimes a very good idea. But the prejudice will follow you. What will save you is tacking into the love of the work, into the desire that brought you there in the first place. This creates a suspension of time, opens a spacious room of your own in which you can walk around and consider your response. Staring prejudice in the face imposes a cruel discipline: to structure your anger, to achieve a certain dignity, an angry dignity.”—Pioneering software engineer Ellen Ullman, author of the fascinating Close to the Machine, on how to be a ‘woman programmer.’ Pair with Margaret Atwood on literature’s ‘woman problem’ and Caitlin Moran on how to be a woman.
Robotic Fire Ants May Lead the March Into Future Search and Rescue Missions
by Rachel Nuwer
For those unfortunate enough to be trapped in a caved-in mine or under the rubble of a collapsed building, the chance of being rescued largely depends upon trained humans and dogs. The equipment they may be outfitted with—thermal imaging sensors, carbon dioxide detectors and flexible video cameras—may also provide some limited help.
But those buried too deeply for searchers to detect them must put all hope of rescue upon the slim possibility that first responders uncover them by chance. For this reason, researchers are trying to develop search and rescue robots that could vastly improve the odds for victims trapped underground.
“The dream and goal in this field is to turn a robot into a multifunctional device capable of moving everywhere,” says Daniel Goldman, a physicist at the Georgia Institute of Technology. “We’re seeking inspiration for how teams of little robots could self-organize to create structures that allow them to efficiently and effectively move around in nasty environments.”
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