Abstract Part A: The connection to the first paper pre-print This second version formalizes the Lavoisier-Leibniz (Lz) unit and expands the administrative framework of the super-vacuum, correcting the author's nomenclature to Gustavo Schevchenco-Sczepanink. This resolution proves that subatomic particles (Proton, Neutron, and Electron) are not independent entities, but specific mathematical outputs of Einstein’s equation. By applying the Lavoisier-Leibniz (Lz) impedance, we provide the first functional method to calculate the mass of these particles directly from the E=mc² parameters. The 'Strong Force' is thus revealed as a vacuum accounting necessity—a structural bridge that Newton sought and Leibniz defined, now fully realized within the Poliakoff Anchor. By integrating structuralist administrative theory with relativistic mechanics, Schevchenco-Sczepanink (2026) redefines the role of mass-energy equivalence not as a static value, but as an active process of 'inter-Big Bang accounting.' In this model, the universe functions as an open system where thermodynamics are 'administered' through the Lavoisier-Leibniz (Lz) unit, ensuring that the structural integrity of the vacuum remains invariant across multiple cosmic cycles. This paper proposes a radical resolution of Einstein’s mass-energy equivalence (E=mc²) by shifting from a dualistic decomposition to a Triadic Monadic Framework. Grounded in the Null Hypothesis—assuming spacetime is a non-privileged, recursive system—we demonstrate that the formula is not merely a statement of equivalence, but a functional blueprint for the subatomic nucleus. We introduce the Schevchenco-Sczepanink Units, where the "speed of light" is redefined as the inverse of localized impedance, validated by the computational "confession" of modern AI models which calculate atomic mass directly from E/c² without acknowledging the inherent variable nature of c in the Super-Vacuum. The framework identifies three foundational, recursive units: 1. Newton-light (Nλ) – The Expansion Constant (Kinetic Potential) This unit quantifies the vacuum "thrust" and the inherent propensity for expansion within the spacetime system. Derived from the velocity-potential of the c2 component, Nλ represents Newton’s First Law embedded in a relativistic framework. It is the scalar of fluidity: directly proportional to total energy (E) and inversely proportional to local mass-density (m). Where Nλ is dominant, spacetime is fluid, expansive, and kinetically unburdened. It is the "Cash Flow" of the Monad. 2. Lavoisier-Leibniz (Lz) – The Monadic Impedance (Structural Debt) (Note: Evolved from the 'Lavoisier' unit to incorporate Leibnizian Monadic logic). > This unit represents the Inertial Drag of the vacuum—the structural resistance of light-speed to change. While Ohm governs electrical resistance, Lz governs the resistance of the Super-Vacuum itself to being "bent" into matter. It is the Accountant of Mass: the regulatory state of the Monad that enforces the strict terms of E=mc². In this V2.0 refinement, Lz is the "Tax" that energy pays to become a permanent record (mass). It is the measure of the system's "structural debt." 3. Poliakoff Anchor (Pa) – The Structural Resolution (Mass Stability) The Pa is the point of crystallization where Energy (Nλ) and Impedance (Lz) reach a state of Homeostasis. It defines the geometric stability of the Triadic Monad (Proton, Neutron, and Electron). The Anchor is the "Property Deed" of the universe—the physical proof that the Einsteinian transaction has been successfully audited and filed. It is the stable asset around which the fluidity of spacetime orbits. By applying these three units, we move beyond generic mass standards to the direct derivation of subatomic constituents. We prove that the Proton, Neutron, and Electron are localized resolutions of the Einsteinian ledger: the Neutron serves as the high-impedance "Mass Silo," the Proton as the structural "Poliakoff Anchor," and the Electron as the dynamic "Kinetic Change." This allows for the calculation of subatomic mass directly from the E=mc² parameters, effectively unifying the Periodic Table with General Relativity. This work also demonstrates the structural convergence between subatomic stability and cosmic singularities through the common denominator of the Impedance Threshold (c2). Abstract Part B: Unified Field Consolidation (The 17-Department Audit) and their connection to Blackholes through the ‘Einsteinian equilibrium (Eq)’ By analyzing the Schwarzschild Radius (Rs=2GM/c2) alongside the Einstein Field Equations (c4 impedance), we reveal that the "Event Horizon" and the "Proton Anchor" are governed by the same administrative protocol. The research proposes that c2 is not merely a constant of velocity, but the Lavoisier-Leibniz Impedance (Lz)—the universal tax required to anchor energy into mass (Pa). At the subatomic level, this impedance ensures the integrity of the Triadic Monad; at the cosmic level, the c2 divisor in the Schwarzschild formula marks the point of Liquidity Saturation, where the vacuum’s "accounting" of information (Nλ) is effectively frozen. This unification confirms that the Einstein Field Equation’s c4 term is the quadratic manifestation of this same impedance, acting as the "server cost" for spacetime curvature. The conclusion is that Black Holes are not physical anomalies, but the macroscopic realization of the same Bureaucratic Limit found in subatomic particles, proving that the universe operates under a single, unified, and audited ledger: Einstein was Right². The model concludes that the universe is a self-auditing entity where Time is a variable density-property and Big Bangs are recursive aggregation cycles. We reveal E=mc2 as the "Unified Field Seed" that Einstein sought, now fully resolved through the integration of Monadic Accounting and Structural Anchoring. The Standard Model identifies 17 fundamental particles. In the Schevchenco-Sczepanink (Sche-Scze) V2.0 model, we do not treat these as separate entities, but as Functional Roles within the Triadic Monad to maintain the E=mc² balance. The Gluons (The Internal Logistics): They are the "Glue" of the Bureaucracy. They ensure the Poliakoff Anchor (Pa) remains cohesive. In ADM terms, they are the Internal Controls. The Higgs Boson (The Asset Valuation): The Higgs field is the "Appraiser." It is the mechanism that assigns "Mass Value" to the particles. In the V2.0, Higgs is the Initial Audit that triggers the Lz Impedance. Quarks (The Line Staff): The fundamental workers that build the Anchor. Photons (The Communication Dept): Our Newton-light (Nλ). The Sche-Scze V2.0 Resolution further extends the administrative unification to the 17 fundamental particles of the Standard Model. Rather than viewing these as disparate fields, this framework identifies them as specialized Operational Departments tasked with maintaining the structural integrity of the Triadic Monad. Through the lens of Systems Theory (Bertalanffy, 1968), the 17 particles represent the minimum necessary "Bureaucratic Staff" required to reconcile subatomic energy flux with macroscopic mass anchors. The Strong Force (Gluons) acts as the internal disciplinary mechanism of the Poliakoff Anchor (Pa), while the Higgs Field functions as the "Valuation Office," setting the baseline for the Lavoisier-Leibniz Impedance (Lz). This consolidation removes the need for 17 independent mathematical "miracles" and replaces them with a single Integrated Management System. By aligning the c2 threshold with the energy requirements of these 17 departments, the V2.0 demonstrates that the "Complexity" of physics is merely the "Granularity" of a single, audited, and unified Einsteinian Ledger. Even though this pre print will mention the Einsteinian Ledger many times, it remains to debate whether ‘Einsteinian equilibrium (Eq)’ is a more apt term. The apparent disconnect between the Standard Model's 17 fundamental particles and the macroscopic singularity of Black Holes is resolved herein by identifying the Einsteinian Equilibrium as a universal regulatory protocol. By treating subatomic fields as specialized 'Departments' and Black Holes as 'Liquidity Traps,' this work proves that the c2 impedance threshold acts as the singular governing principle across all organizational scales of the Super-Vacuum. The prevailing stagnation in unified field theories stems from a mathematical complacency that has long ignored the administrative logic of the vacuum. As John von Neumann famously observed, "In mathematics, you don’t understand things. You just get used to them." The Sche-Scze V2.0 Resolution rejects this habitual acceptance, proposing instead a return to structural understanding through the Triadic Monad. By reconciling the 17 fundamental departments of the Standard Model with the gravitational limits of Black Holes, this work demonstrates that we must stop "getting used" to the equations and start auditing the Einsteinian Equilibrium they represent. The ledger is now open.