Flash Photography facts
While investigating facts about Flash Photography Discount Code and Flash Photography Tips, I found out little known, but curios details like:
Hospital Scrubs are Green in order to Reduce the Eye Strain of the Surgeon. Staring at red innards can cause an 'After Effect' similar to flash photography or looking at the sun. Green refreshes the eye as it's Opposite to red on the Color Spectrum.
flashworks photography?
The red-eye effect in photography is caused by the camera flash going through the pupil and reflecting off of the blood in the back of the eye.
What's flash photography?
In my opinion, it is useful to put together a list of the most interesting details from trusted sources that I've come across answering what is fill flash in photography. Here are 9 of the best facts about Flash Photography Aberdeen and Flash Photography Settings I managed to collect.
why no flash photography at museums?
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Due to electrical excitement, xenon is used in high-powered lamps and flash lamps such as photography strobe lights.
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A Chemistry professor created an algorithm for the early detection of eye diseases after his 3 month old was diagnosed with eye cancer. It scans photos on your smartphone for leukocoria, a symptom of several eye conditions that causes diseased eyes to appear white when using flash photography.
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Krypton is used as a intense white light source for flash photography due to numerous emission lines.
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Father of Modern Flash Photography and Humanitarian Jacob Riis Developed Technology To Capture Dark Living Conditions of New York Slums
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The president of the US 'pardons' selected turkeys each year before thanksgiving. These turkeys are randomly selected "at birth" and are trained to handle loud noises, flash photography and large crowds.
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In 1997, flash photography triggered a fire suppression system in a Nuclear power plant.
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In 1964 inventor Dr. Harold Edgerton pioneered the strobe-flash, stop-action photography method called Rapatronic. His method allowed for an exposure time of as little as 10 nanoseconds, which led to the MIT professor perfectly capturing a .30 caliber bullet striking an apple at 2,800 fps.
