We’ve seen all matter of snow and ice photography here on Colossal, as well as time-lapses of melting snow and snowdrawings, but this is the first video individual snowflakes forming I’ve ever come across. Created by filmmaker Vyacheslav Ivanov this microscopic short shows the intimate details of fragile snowflakes as they form in their miraculous hexagonal forms. Robert Gonzalez writing for iO9 gives us an idea of what we’re looking at:
The ice crystal(s) in snowflakes owe their six-fold rotational symmetry to the hydrogen bonds in water molecules. As water freezes, water molecules bound to other water molecules crystallize into a hexagonal structure, where each point on the hexagon is an oxygen atom and each side of the hexagon is a hydrogen bonded to an oxygen. As freezing continues, more water molecules are added to this microscopic six-sided structure, causing it to grow in size into the six-sided macroscopic structure that we recognize as snowflakes.
We have a line into Ivanov to see how he filmed this and will update as soon as we hear something. Music by Aphex Twin.
In this new video art clip from San Diego-based filmmaker Cy Kuckenbaker, we watch as a 4-minute shot from the Washington Street bridge in San Diego is deftly edited, sorted, and compressed resulting in perfectly color-coded traffic. Kuckenbaker notes:
The source footage for this video is a 4-minute shot from the Washington Street bridge above State Route 163 in San Diego captured at 2:39pm Oct 1, 2013. My aim is to reveal the color palette and color preferences of contemporary San Diego drivers in addition to traffic patterns and volumes. There are no CG elements, these are all real cars that have been removed from one sample and reorganized.
Into the Atmosphere is the latest timelapse tour de force from photographer and filmmaker Michael Shainblum (previously), shot in numerous locations around California over a period of year. For the nearly four minute clip Shainblum payed special attention to the clouds and ever changing atmospheric conditions above the Golden State, shooting some 75,000 photographs which he edited down to 12,500 for the final cut. Of the work he shares:
“Into The Atmosphere,” is my tribute to the state of California and the beautiful deserts, mountains and coastlines that exist there. This video showcases a variety of national/state parks as well as less recognized natural areas. The video also focuses on clouds, fog and interesting atmospheric conditions. Although California is known for blue sunshine skies, seeing a colorful storm cloud over Half Dome or an incredible sunset at the La Jolla Coves is really a sight to see. The goal of this video is to show these environments in their best possible light.
Right before the imminent demolition of a massive warehouse in Brisbane, street artists Sofles (previously), Fintan Magee, Treas, and Quench had the opportunity to go wild. The four artists cover almost every inch of wall space with a seemingly unlimited amount of paint in this timelapse shot by Selina Miles. (via Neatorama, thnx Kat!)
Even though I thought I could fully anticipate what this video would look like, I still wound up being delightfully surprised. Shot and edited by Joel Schat at the 2013 Balloon Festival in Albuquerque, New Mexico. (via swissmiss)
Happy Halloween folks. Here’s a pretty spooky animation of a pumpkin carved by Brooklyn-based artist and pro pumpkin carver Chris Soria based on an illustration by Jason Smith. The piece took about 15 hours to carve. If you liked this, don’t miss Rot from last year. (via And is Better)
Update: The clip was created and directed by Joe Vaughn.
Shot over a period of three nights in April of this year, this timelapse from Sean Goebel shows the myriad telescopes at the summit of Mauna Kea in Hawaii. The clear view at 14,000 feet is the premiere location for astronomy in the Northern Hemisphere. The lasers you see are called laser guide stars and they help astronomers correct the atmospheric distortion of light by creating an artificial “star” to use as a reference point. (via Coudal)