Water is critical to the survival of almost all living things. This fascinating time-lapse short film by Christian Stangl provides a close-up look at what happens to organics as they run out of moisture. Stangl captured the images using a combination of macro lenses and microscopes. View a selection of stills on Flickr.
THE BEST Microscopic
Volvox (aka “globe algae”) are a genus of bright green algae that like to hang out in freshwater. Now spend a minute living in their world, courtesy of Shigeru Gougi, who shared this amazing footage of the spherical green lifeforms dancing about under the lens of a microscope.
From a multi-blade razor to a peanut M&M, Macro Universe takes us really, really up-close and personal with a handful of everyday objects. It always amazes us to see the tiny imperfections and textures in objects which look so smooth and perfect when viewed normally.
At first glance, you might think you’re looking at imagery of some distant part of the cosmos. In fact, everything you see in this short film was captured in a single shot on a 0.3 square inch area of a chemical reaction. These microscopic visuals were captured to spectacular effect by filmmaker Roman Hill.
Martin Kristiansen of My Microscopic World used a polarized light source, a lab microscope, and an iPhone to capture these incredibly detailed, colorful, and otherworldly images of insect larvae, isopods, and tiny crustaceans. Check out more amazing close-up images on his Instagram feed.
This new channel is a collaboration by SciShow host Hank Green, musician Andrew Huang, and microorganism enthusiast James Weiss. It delves deep into the world of the trillions of microscopic organisms that surround us. We recommend starting off with Meet the Microcosmos for a primer to this fascinating universe.
To show off their nanofabrication process, scientists at Western University used elecrton beam lithography to create this microscopic silica and platinum snowman that measures less than 3 microns tall. For comparison’s sake, a human hair is about 100 microns thick.
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