Swirl-String Theory Canon v-0.7.8 — Quantum Measurement, Time, Gravity, and Atomic Mass from Topological Defects

Live --> Invariant calculation: Mass Equation for all atoms Benchmark SST vs General Relativity: Unified Physics Benchmark with Visualization: Swirl-String Theory (SST) Canon v0. 7. 8 is a self-contained technical reference for Swirl-String Theory, formulated as an incompressible, inviscid hydrodynamic framework for gravity, gauge structure, measurement, and particle candidates via stable knot and link excitations. This release consolidates the core postulates, notation, canonical scales, and sector equations of the theory, while extending the canon with new benchmark material, observer-dependent mass analysis, delay-loop dynamics, and a more explicit bridge from topological structure to calculable physical quantities. Relative to earlier releases, v0. 7. 8 expands the canon in several important ways. It adds a new canonical treatment of delay-induced mode selection in closed swirl loops, a new sector on foliation-referenced mass and observer dependence, a more explicit Physics Summary for Theoreticians, expanded simulation and visualization support, a refined geometric effective mass-energy functional (K), extended notes on a Maxwell-type U (1) effective action from helicoidal excitations, and a glossary to improve navigability across the framework. The document is structured to distinguish clearly between core canonical claims, bridge constructions, benchmark sectors, and open falsifiable questions. The release also sharpens the internal benchmark logic by separating distinct evaluation modes, clarifying which sectors are electron-anchored, which are closure-based, and which are intended as broader extrapolations across the periodic table and compound systems. Visualization material is included to make the scalar clock/foliation sector and associated acceleration structure more accessible, while the knot/link-to-particle working dictionary is presented more explicitly to support reproducible calculations and future refinement. This canon is intended as an evolving research reference rather than a final closed theory. Some figures and diagrams remain schematic unless explicitly identified as simulation output. Throughout the manuscript, the emphasis is on falsifiability, numerical transparency, and structural unification: which quantities are adopted, which are calibrated, which are predicted, and which remain open problems are stated as clearly as possible. Keywords: emergent gravity, hydrodynamic field theory, knot topology, helicity, vorticity, emergent gauge symmetry, effective field theory, Maxwell action, scalar clock field, circulation invariants, invariant mass equation, topological mass spectrum. --- Mass Prediction Results --- Object ElectronProtonNeutronHHeLiBeBCNOFNeNaMgAl. . . BiPoAtRnFrRaAcThPaUH2OCO2O2N2 H2SO4C12H22O11C8H10N4O2 Actual Mass (kg) 9. 1093837015e-311. 67262192369e-271. 67492749804e-271. 6735576934604897e-276. 646476991348174e-271. 1524141126186498e-261. 496511018118414e-261. 7950427316149283e-261. 994473473582507e-262. 325867255218392e-262. 656696453571437e-263. 154692119816874e-263. 3509678375568226e-263. 817540956980222e-264. 035940202766034e-264. 480389877170523e-26. . . 3. 470194542579905e-253. 4705266503933395e-253. 487132041065078e-253. 68639672912594e-253. 703002119797678e-253. 7528182918128935e-253. 769423682484632e-253. 853114851470194e-253. 836509460798455e-253. 9525811415939075e-252. 991461129513685e-267. 308032434632099e-265. 313525750268249e-264. 651734510436784e-26 1. 6286401116934371e-255. 684025226936077e-253. 224600814544893e-25 Predicted Mass (kg) 9. 1093837015e-311. 67262192369e-271. 6749274980400004e-271. 67353286206015e-276. 656202927239658e-271. 1649896001985495e-261. 496537671865821e-261. 8280568375131058e-261. 993101379942534e-262. 3257880357522798e-262. 656311907797954e-263. 153997140351676e-263. 3194432081420884e-263. 816971466409142e-263. 982562751218357e-264. 4799890994970865e-26. . . 3. 470209142843273e-253. 4702101260551175e-253. 4868694812721383e-253. 686488812732744e-253. 703119353356394e-253. 753019335899976e-253. 769659268836564e-253. 8528524174571704e-253. 8362113729513423e-253. 9526939574104046e-252. 991018480209984e-267. 305725195538442e-265. 312623815595908e-264. 6515760715045597e-26 1. 6268857021929205e-255. 681841984162023e-253. 223411986020545e-25 % Error 0. 000% 🩷️0. 000% 🩷️0. 000% 🩷️-0. 001% 🩷️0. 15% ❤️🡅1. 09% 🟢🡅0. 002% 🩷️1. 84% 🟢🡅-0. 07% ❤️🡇-0. 003% 🩷️-0. 01% ❤️🡇-0. 02% ❤️🡇-0. 94% ❤️🡇-0. 01% ❤️🡇-1. 32% 🟢🡇-0. 009% 🩷️. . . 0. 000% 🩷️-0. 009% 🩷️-0. 008% 🩷️0. 002% 🩷️0. 003% 🩷️0. 005% 🩷️0. 006% 🩷️-0. 007% 🩷️-0. 008% 🩷️0. 003% 🩷️-0. 01% ❤️🡇-0. 03% ❤️🡇-0. 02% ❤️🡇-0. 003% 🩷️ -0. 11% ❤️🡇-0. 04% ❤️🡇-0. 04% ❤️🡇 Keywords: emergent gravity, hydrodynamic field theory, knot topology, helicity, vorticity, emergent gauge symmetry, effective field theory, Maxwell action, scalar clock field, circulation invariants. 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