Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Scott K. Johnson

Back in 2012, we pointed you to an awesome project at Syracuse University that creates artificial lava flows for science, art, and outreach. They don’t use some mild, room-temperature stand-in for lava, they do it the artisanal way: melting small batches of basalt in a serious furnace and pouring out the incandescent results. I’ve been hoping to see it for myself ever since, and recently I got the chance to tag along with a group of volcanology students from Colgate University, who were designing and running their own lava experiments for class.

The furnace is surprisingly well-insulated, disguising the fact that it holds molten rock heated to over 1,200 degrees Celsius. It does emit a low, ominous roar, however, as it consumes natural gas to feed its fire. Once poured out, the lava quickly loses heat—it solidifies in just a minute or so, though it still remains incredibly hot long after. Because it solidifies so quickly, it forms amber-black volcanic glass riddled with bubbles of gas that were unable to escape.

The lava pours are as mesmerizing and beautiful as they are geologically exciting. And they’ve probably shocked many a bus rider staring dully out the window while passing the art building.

Thanks are due to Syracuse Prof. Robert Wysocki and Colgate Prof. Karen Harpp and her students, who provided video of their experiments. If you want to see more (including some lava-seared steak), check out Wysocki’s Vimeo page.



Listing image by Scott K. Johnson