
Knee High Socks
44 posts




If space and time aren’t fundamental, what reality are we actually inside?

Shannon entropy ✍️ It is a key idea in information theory. It measures the average level of uncertainty or "surprise" in a set of possible outcomes. Essentially, it shows how much "new" information we get from an event. For instance, a highly predictable event, like a sunny day in the desert, has low entropy because it offers little new information. In contrast, a rare or unexpected event has higher entropy due to its greater surprise. In practical terms, this value indicates the absolute limit for how much data can be compressed without losing any information. It defines the minimum number of bits needed to store or send information intact. Entropy reaches its maximum when all outcomes are equally likely, representing total uncertainty. It is zero when only one outcome is certain, meaning there is no surprise at all.

WAR - nobody wants it, but we have to have it. x.com/i/spaces/1dKrP…

Two ideas presented in separate, seemingly unrelated works by Albert Einstein and Nathan Rosen — wormholes and quantum entanglement — are thought by some physicists to be linked. This relation, known as ER=EPR, recently found experimental evidence. quantamagazine.org/physicists-cre…





This image outlines the AdS/CFT correspondence, a landmark discovery in theoretical physics proposed by Juan Maldacena in 1997. This principle, also known as holographic duality, suggests that a theory of gravity in a higher-dimensional spacetime (the "bulk") is mathematically

Angular Momentum keeps gyroscope impossibly standing.

Study physics. Not for formulas, but for the thinking process.




