AI Weirdness: the strange side of machine learning

Tag: sciart

Total 71 Posts
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A speck of dust sits on a pedestal - this is a smallish piece of dust, only about 1/100 the thickness of an average human hair.  The dust made its own pedestal by protecting a small area from the high-energy plasma that I was using to etch away the
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Nanoscale forces work in non-intuitive ways sometimes.  This wall of semiconductor was plasma-etched so thin that the middle was etched entirely away, leaving the wall’s top floating eerily above void.  It’s thin and lacy, and only touches the wall’s bottom in a few delicate places, yet it
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String!  I definitely wasn’t expecting to see this - it startled me when I first came across it, partly because it was looping up dramatically into midair before it sagged, as I watched, under the glare of the microscope’s electron beam.  It came to rest draped over one
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Looking like architectural columns, these structures are more than two million times shorter than their life-sized counterparts.  Put another way, they’re only knee-high to a bacterium - the only way we can see them is with a powerful electron microscope. We’re not making buildings with these structures, but
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Here’s another example of what happens when dust lands on my sample just before the etching phase.  The giant wing-like airy structure is the dust - due to the odd way nanoscale forces work, this fragile thing remains upright and intact even after the sample’s tilted and jostled.
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Three views of the same flasks of fluorescent rhodamine dye.  At the far right is a picture of how the flasks look under regular room lights.  In the middle, the scene is illuminated by a UV-emitting flashlight (otherwise known as a blacklight).  Under this strong, high-energy illumination, the fluorescence from
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A high-resolution zoomed view of one of my samples - all these weird natural-looking pillars means that there was some serious micromasking going on.  Micromasking is what happens when I’m trying to etch away a material by bombarding it with high-energy plasma, and little particles of dust or oil
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A nano-landscape, made of dark strips of laser-melted areas, interspersed with brighter less-damaged regions.  I’m not sure what the mountain is made of - maybe even the melted remains of a dust speck.  You’d have to stack a thousand of the mountains on top of each other to
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Dust again!  One of the amazingly varied forms that a single speck of dust can take - they turn from specks to angular mountains, billowing sails, or fluffy clouds.  This one’s darker, smoother, and sharper than most… my guess would be that it’s maybe a microscopic shard of
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Nanosilverfish? Someone asked me to post a picture of what one of my nanosamples should look like - one that doesn’t have nanofluff or nanozombies or other weird etching/dust problems.  The reason I haven’t posted one before is that they look kinda boring - when everything goes
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