It looks like you're using an Ad Blocker.
Please white-list or disable AboveTopSecret.com in your ad-blocking tool.
Thank you.
Some features of ATS will be disabled while you continue to use an ad-blocker.
nearly two years in the making, Myhrvold has developed what he bills as the “highest resolution snowflake camera in the world.” Recently, he released a series of images taken using his creation, a prototype that captures snowflakes at a microscopic level never seen before.
In simple terms, the system Myhrvold developed is comprised of one part microscope and one part camera, but with a number of parts that work in tandem to complete the arduous task of capturing an image of a snowflake, a subject that’s not only miniscule (most snowflakes measure less than a half-inch in diameter) but also quick to melt. In fact, a snowflake's tendency to disintegrate was one of the biggest challenges Myhrvold had to overcome with this project. His solution: equipping his 50-pound camera system with a thermoelectric cooling system, a carbon fiber frame and LED lights, which give off less heat than standard lights. Every single part of his Frankenstein-esque device, which stands at about five feet in height off the ground when placed on a table, was built using materials that are less likely to cause melting or sublimation of the subject matter.
“Light could melt the snowflake, so I found a company in Japan that makes LED lights for industrial purposes,” he says. “My camera’s flash is one-millionth of a second and a thousand times faster than that of a typical camera flash.”
originally posted by: Blue Shift
I wonder what makes them symmetrical. Crystal grows out of a little irregular piece of dirt, so how does one branch know what the other ones are doing?
originally posted by: Cobaltic1978
originally posted by: Blue Shift
I wonder what makes them symmetrical. Crystal grows out of a little irregular piece of dirt, so how does one branch know what the other ones are doing?
They’re not symmetrical.
Great photos none the less.