How they do it: taken at 1000x magnification on old school 35 mm. cameras, this is a labor of love, folks, one in which patience goes beyond virtue into simply a part of the process. In order to get the perfect shot, this can take up to three months and upwards of 300 camera clicks.
What we're seeing here are basically crystallized carbohydrates. Now that they've crystallized, they've become full-on sugars and glucose. After squeezing from a pipette a droplet of liquor or cocktail or lager onto a slide, the liquid is then allowed to dry on this airtight container, the drying of which can take up to four weeks alone; once dry, it's then placed for examination under a high-powered microscope with an old school 35 mm. attached. Depending on the number of impurities (pure vodka, for instance, has very few impurities, as compared to a pina colada, which is naturally chockfull of them), the dried constituent parts may fall apart or not dehydrate properly, which accounts for some samples requiring so many attempts.
The PiƱa Colada, due to its inherent complex sugars and citric acids, behaves like a doll and dries out well, thus it looks spectral when glimpsed through a microscope--winding up here resembling a very alien, very twisted, and very trippy butterfly pattern. Check out how there's almost an origin of left-to-right movement here, the dark brown spot in the top left-hand corner from which the rest of the image sprawls out.
Check out the rest of them, and there are plenty more fascinating ones, here at Art. Distilled. Oh, and I hope wherever you are you were able to catch the lunar eclipse tonight. I was hoping for the fog to keep away for one night but no such luck. It's a dense topo of ghosts out there right now, murky and pale, foghorns and all. Major solar eclipse coming up in about a month, though, so let's keep our eyes on the skies.
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