πFS (github.com)

Article summary

The πFS is a file system that stores data in the mathematical constant pi, rather than on a physical hard drive. The system uses the Bailey–Borwein–Plouffe formula to extract files from pi. The idea is based on the conjecture that pi is a normal number, meaning its digits are evenly distributed, and therefore contains all possible finite sequences of digits. This means that every possible file could be stored in pi, eliminating the need for physical storage.

Main themes

• Data storage
• Mathematical constants
• File systems
• Normal numbers
• Compression

What commenters say

• The idea of storing data in pi is humorous and not meant to be taken seriously.
• The concept of pi containing all possible files is based on the conjecture that pi is a normal number, which has not been proven.
• The storage of data in pi would require an infinite amount of computation to retrieve, making it impractical.
• The idea is reminiscent of other compression schemes, such as the Sloot Digital Coding System, which also rely on clever encoding and storage of data.
• The discussion around pi containing all possible files raises questions about the nature of information and knowledge.
• Some argue that the idea is not new and that other systems, such as calendars, also contain all possible information.
• Others see the idea as a thought-provoking commentary on the nature of data storage and compression.
• The concept of storing data in pi highlights the limitations of current storage solutions and the need for more efficient methods.