AI Weirdness: the strange side of machine learning
Janelle Shane

Janelle Shane

Total 842 Posts
Tuesday November 25, 2014

Tuesday November 25, 2014

On the right: a photonic nanostructure, used in researching new light-based ways to make computers communicate faster. On the left: a single human hair (oops). Fortunately, according to Dr. Felipe Vallini of UCSD (who made and imaged this structure): “A hair hit my device, but he is still fine!”
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On the right: a photonic nanostructure, used in researching new light-based ways to make computers communicate faster. On the left: a single human hair (oops). Fortunately, according to Dr. Felipe Vallini of UCSD (who made and imaged this structure): “A hair hit my device, but he is still fine!”
Thursday September 18, 2014

Thursday September 18, 2014

This fractal pattern is actually a guide to shaping laser pulses. Each pixel in this image represents one possible laser pulse shape (the arrival time of the frequencies in a broadband laser pulse). The pixel’s color indicates how good that particular pulse shape should be at controlling a particular
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This fractal pattern is actually a guide to shaping laser pulses. Each pixel in this image represents one possible laser pulse shape (the arrival time of the frequencies in a broadband laser pulse).  The pixel’s color indicates how good that particular pulse shape should be at controlling a particular
Monday September 15, 2014

Monday September 15, 2014

Nano Street Fight Electron microscope image submitted by grad student Rajat Sharma of UCSD, who looked unsuccessfully with another grad student for a Brad Pitt-esque central character, before giving up and declaring the fight a total mess. They were testing the etching conditions for making a series of tiny uniform
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Nano Street Fight Electron microscope image submitted by grad student Rajat Sharma of UCSD, who looked unsuccessfully with another grad student for a Brad Pitt-esque central character, before giving up and declaring the fight a total mess.  They were testing the etching conditions for making a series of tiny uniform
Tuesday August 26, 2014

Tuesday August 26, 2014

Nanolasers with googly eyes! Because grad students. These are microscopic lasers, shown in various stages of completion. The innermost layer, looking like a slim grey column, is the semiconductor core, which actually does the light-amplifying. Next comes a layer of glass that coats the entire laser (the white puffy-looking laser)
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Nanolasers with googly eyes!  Because grad students. These are microscopic lasers, shown in various stages of completion. The innermost layer, looking like a slim grey column, is the semiconductor core, which actually does the light-amplifying.  Next comes a layer of glass that coats the entire laser (the white puffy-looking laser)
Wednesday August 13, 2014

Wednesday August 13, 2014

A nano-lollipop? This is a tiny glass ball on a tiny stick made of polymer, a partially-completed nano-sized chemical sensor made by then-grad-student Matthew Chen. It’s on its way to becoming a nano-torch [http://lewisandquark.tumblr.com/post/92218390187/this-is-a-nanotorch-which-is-an-ultra-sensitive] , which can detect minute concentrations of chemicals due to
(Untitled)

(Untitled)

A nano-lollipop?  This is a tiny glass ball on a tiny stick made of polymer, a partially-completed nano-sized chemical sensor made by then-grad-student Matthew Chen.  It’s on its way to becoming a nano-torch [http://lewisandquark.tumblr.com/post/92218390187/this-is-a-nanotorch-which-is-an-ultra-sensitive] , which can detect minute concentrations of chemicals due to
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