Skip to main content

Chapter 17: String Limit (Worldsheets)

📄️ 17.1 - Worldsheet

We have successfully constructed a holographic theory of quantum gravity from the discrete mechanics of a causal graph. However, the final unification requires us to bridge the gap between our topological defects (braids) and the fundamental objects of high-energy physics: Strings. In standard string theory, matter and forces arise from the vibrational modes of 1D filaments. In Quantum Braid Dynamics (QBD), we have asserted that these filaments are not fundamental, but emergent. We must now prove this assertion. We dive into the "String Limit," demonstrating that the collective behavior of a chain of excited plaquettes in the bulk graph is mathematically indistinguishable from the dynamics of a Nambu-Goto string.