The Barrow Data-Knot (Class-I Singularity) connects the physics of black holes with the 2D-bit drive and Menger sponge.
It is based on the theoretical work of physicist J.D. Barrow, who suggested that a black hole's entropy increases if its surface area is rough or fractal rather than smooth.
The Fractal Horizon[]
A standard black hole has a smooth event horizon. A Barrow Knot is engineered to have a fractalized event horizon.
- By bombarding the horizon with high-frequency gravitational waves, Type 3 engineers induce quantum deformities, effectively increasing the surface area of the event horizon without increasing its mass.
- This creates a "Hyper-HD" storage medium. A Barrow Knot the size of a proton can store the data equivalent of an entire galaxy's internet. It is the ultimate server.