How do phones actually store the photos we take? We look at the math behind digital image storage and total pixel combinations.
Every photo on your screen is built from a finite set of data. By examining the math behind digital image storage, we can visualize exactly how many distinct images are possible given a specific resolution and color depth. It is a system of 256x256x256 possibilities that defines the limits of what a screen can display.
Once we map these constraints, the conversation shifts to the philosophical weight of infinity. If all pixel combinations exist somewhere in the data set, then every possible photo you could ever take already exists within the code. We examine the randomness of perception and how these rigid, mathematical systems create the images we see every day.
Subscribe for weekly technical breakdowns, and let me know if you want to see the math behind video compression next.
How do phones actually store the photos we take? We look at the math behind digital image storage and total pixel combinations.
Every photo on your screen is built from a finite set of data. By examining the math behind digital image storage, we can visualize exactly how many distinct images are possible given a specific resolution and color depth. It is a system of 256x256x256 possibilities that defines the limits of what a screen can display.
Once we map these constraints, the conversation shifts to the philosophical weight of infinity. If all pixel combinations exist somewhere in the data set, then every possible photo you could ever take already exists within the code. We examine the randomness of perception and how these rigid, mathematical systems create the images we see every day.
Subscribe for weekly technical breakdowns, and let me know if you want to see the math behind video compression next.