Update ReadMe.md

Author: FractonicMind

ReadMe.md

@@ -59,11 +59,11 @@ Through this orchestration, TL transforms every action from a single decision in
 
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-## **Section III: The Architectural Pillars of the Ternary Logic Framework**
+## **The Architectural Pillars of the Ternary Logic Framework**
 
 The Ternary Logic framework is composed of eight interdependent architectural pillars. This section provides an in-depth analysis of each pillar, synthesizing its technical architecture with its profound policy implications for the global financial system.
 
-### **3.1 The Epistemic Hold: Codifying Uncertainty in Financial Decision-Making**
+### **The Epistemic Hold: Codifying Uncertainty in Financial Decision-Making**
 
 #### **Technical Architecture**
 
@@ -82,7 +82,7 @@ Model risk—the risk of significant financial loss resulting from inadequate or
 The Epistemic Hold revolutionizes this practice. Instead of relying on periodic, backward-looking validation exercises like quarterly back-testing, it functions as a real-time, automated MRM control embedded within the operational workflow. The system effectively self-arrests when a model's operational context deviates from its established confidence parameters or when its inputs are suspect. This directly addresses one of the most common sources of model risk: the application of a model to market conditions for which it was not designed, or the use of a model with flawed or incomplete data. The Epistemic Hold forces an evaluation of a model's key assumptions *before* a potentially erroneous and costly decision is executed.  
 This transforms MRM from a periodic, largely manual compliance exercise into a proactive, real-time operational safeguard. Traditional MRM identifies failures after they have occurred during back-testing; the Epistemic Hold prevents them from occurring in the first place by institutionalizing prudence at the machine level. This architectural safeguard could fundamentally alter regulatory expectations. Supervisory inquiries may shift from asking, "What is your model validation process?" to a more pointed and effective question: "What are your Epistemic Hold thresholds, and can you provide the immutable decision logs for all Hold events during the last market stress period?"
 
-### **3.2 The Immutable Ledger: Establishing a Cryptographically Verifiable Source of Truth**
+### **The Immutable Ledger: Establishing a Cryptographically Verifiable Source of Truth**
 
 #### **Technical Architecture**
 
@@ -95,7 +95,7 @@ A primary challenge in global finance is the prevalence of information asymmetry
 The Immutable Ledger provides a powerful antidote. It creates a permanent, chronologically sound, and cryptographically verifiable record of every single transaction and state change within the system. This is the bedrock of absolute evidentiary integrity. For central banks, regulators, and law enforcement agencies, this technology transforms forensic investigations and supervision. Instead of the painstaking process of attempting to reconstruct a sequence of events from disparate, siloed, and potentially compromised databases, investigators can rely on the ledger as an authoritative record of what happened, when it happened, and in what order. This capability is crucial for enforcing Anti-Money Laundering and Combating the Financing of Terrorism (AML/CFT) regulations, resolving commercial disputes, and conducting market abuse investigations with cryptographic certainty.  
 The adoption of an Immutable Ledger shifts the paradigm of financial supervision from one of *trust-based verification* to one of *cryptographic verification*. Currently, supervision relies on periodic audits and reports submitted by regulated entities, a process that assumes good faith but remains vulnerable to error, concealment, and outright fraud. By providing regulators with permissioned read-access to the relevant ledger (as managed by the Hybrid Shield pillar), the nature of supervision changes fundamentally. It is no longer about requesting records and auditing them; it is about querying a shared, trusted dataset in real-time. This dramatically reduces the information asymmetry between regulators and institutions and promises a future of "continuous supervision," where compliance checks are automated and run constantly against the live ledger.
 
-### **3.3 The Goukassian Principle: Engineering Ethical Accountability by Design**
+### **The Goukassian Principle: Engineering Ethical Accountability by Design**
 
 #### **Technical Architecture**