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socialclaustrophobia:

Greg Otto (American, b. 1943), 5 May 1971, 1971. Graphite on paper, signed in pencil and dated on the reverse, on wove paper; sheet 18¼ × 24 inches 
via o-p-e-n-s-p-a-c-e

socialclaustrophobia:

Greg Otto (American, b. 1943), 5 May 1971, 1971. Graphite on paper, signed in pencil and dated on the reverse, on wove paper; sheet 18¼ × 24 inches 

via o-p-e-n-s-p-a-c-e

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fuckyeahfluiddynamics:

Atomization is the process of breaking a liquid into a spray of fine droplets. There are many methods to accomplish this, including jet impingement, pressure-driven nozzles, and ultrasonic excitement. In the images above, a drop has been atomized through vibration of the surface on which it rests. Check out the full video. As the amplitude of the surface’s vibration increases, the droplet shifts from rippling capillary waves to ejecting tiny droplets. With the right vibrational forcing, the entire droplet bursts into a fine spray, as seen in the photo above. The process is extremely quick, taking less than 0.4 seconds to atomize a 0.1 ml drop of water. (Photo and video credit: B. Vukasinovic et al.; source video)

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visualizingmath:

ted:

What do leopard spots, striped marine angelfish, and sand dune ripples have in common? Their patterns are self-organizing Turing systems! Discovered by Alan Turing in the 1950s, these repeating natural patterns can be created by the interaction of two things that spread at different speeds, one faster than the other.

I knew that name was familiar! Alan Turing is quite an interesting person. Wikipedia lists him as “a British mathematician, logician, cryptanalyst, philosopher, computer scientist, mathematical biologist, and marathon and ultra distance runner”! Furthermore, “Winston Churchill said that Turing made the single biggest contribution to Allied victory in the war against Nazi Germany” cracking codes! Read about him!

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