These Photo Represent the Seven Base Quantities of Physics
The International System of Quantities defines seven base quantities in physics: length, mass, time, electric current, thermodynamic temperature, amount of substance, and luminous intensity. For his project Base Quantities, photographer Greg White set out to shoot 7 photos representing these 7 fundamental quantities.
“Captured entirely in camera, this project playfully visualizes using creative photographic techniques the seven base quantities,” White writes.
White says he was inspired by the work of the late American photographer Berenice Abbott, who’s known for shooting photos depicting scientific concepts in the 1940s to 1960s.
“We live in a world made by science,” Abbott wrote in her April 1939 manifesto titled Photography and Science. “There needs to be a friendly interpreter between science and the layman. I believe photography can be this spokesman, as no other form of expression can be.”
“I wanted the images to only show something through a technique, so for instance without the motion of an object it would appear completely different or without the strobe again it would be different and not be representational of the concept,” White tells Colossal. “A lot of the techniques involved (the) motion of an object captured over a long exposure. Some additionally have a strobe effect during the long exposure, others use multiple exposures while shifting the lens for instance, or simply incorporating simple props/fx to distort or reveal a notion.”
You can find more of White’s work on his website and Instagram.
Image credits: Photographs by Greg White and used with permission