Janelle Shane

Monday May 12, 2014

By Janelle Shane On May 12, 2014 - 1 min read

It looks like it could be an image of desert badlands - except for that strangely translucent wall. In fact, this scene is much, much smaller. An ant could step over the wall without ever noticing its existence. This image was taken through an electron microscope, of a microscopic landscape

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By Janelle Shane On May 11, 2014 - 1 min read

It looks like it could be an image of desert badlands - except for that strangely translucent wall. In fact, this scene is much, much smaller. An ant could step over the wall without ever noticing its existence. This image was taken through an electron microscope, of a microscopic landscape

Saturday May 10, 2014

By Janelle Shane On May 10, 2014 - 1 min read

Resembling arrays of flaming islands, these formations are actually microscopic, etched out of semiconductor. This semiconductor material is what we use to make microscopic lasers - we start with a vast, featureless sheet of semiconductor and cover certain areas with a protective layer of glassy photoresist. Then we blast the

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By Janelle Shane On May 10, 2014 - 1 min read

Resembling arrays of flaming islands, these formations are actually microscopic, etched out of semiconductor. This semiconductor material is what we use to make microscopic lasers - we start with a vast, featureless sheet of semiconductor and cover certain areas with a protective layer of glassy photoresist. Then we blast the

Friday May 09, 2014

By Janelle Shane On May 09, 2014 - 1 min read

It resembles a mushroom cloud, but in fact, it’s one of our microscopic nanolasers, imaged under an electron microscope. These lasers are among the smallest in the world, so small you could fit a billion of them on an iPhone home button, small enough to one day fit easily

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By Janelle Shane On May 09, 2014 - 1 min read

It resembles a mushroom cloud, but in fact, it’s one of our microscopic nanolasers, imaged under an electron microscope. These lasers are among the smallest in the world, so small you could fit a billion of them on an iPhone home button, small enough to one day fit easily

Thursday May 08, 2014

By Janelle Shane On May 08, 2014 - 1 min read

Strange formations caused when high-energy plasma from a reactive ion etcher bombards semiconductor materials. We use the reactive ion etcher to carve out microscopic optical devices, like lasers and filters. Here, there’s no particular device that we were trying to make - we were just testing to see if

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By Janelle Shane On May 08, 2014 - 1 min read

Strange formations caused when high-energy plasma from a reactive ion etcher bombards semiconductor materials. We use the reactive ion etcher to carve out microscopic optical devices, like lasers and filters. Here, there’s no particular device that we were trying to make - we were just testing to see if

Friday May 02, 2014

By Janelle Shane On May 03, 2014 - 1 min read

The cliffs of fluffiness! Lashed by impossibly pointy nano-waves. The fluffy stuff at the top is actually photoresist, a glassy substance that we use to protect semiconductor from plasma bombardment when we’re doing our etching. Here, the photoresist protected the semiconductor below it from being etched away, making the

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By Janelle Shane On May 02, 2014 - 1 min read

The cliffs of fluffiness! Lashed by impossibly pointy nano-waves. The fluffy stuff at the top is actually photoresist, a glassy substance that we use to protect semiconductor from plasma bombardment when we’re doing our etching. Here, the photoresist protected the semiconductor below it from being etched away, making the

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