Quang Trịnh Bùi

Psycho-Social Pressure and Measurement Architecture — BIT Dual-Track Terminal Synthesis

English abstract Terminal synthesis of two completed Boundary Information Theory psycho-social research tracks: (A) theoretical/synthetic psycho-social pressure, typed state transfer and abstract multi-agent dynamics; (B) domain semantics, executable measurement architecture and...

BIT Block 6 Stage 1: Intrinsic Dynamics and Observable Models in Typed Systems

Block 6 Stage 1 of Boundary Information Theory (BIT) presents a research architecture linking system evolution, trait emergence and persistence, traces affecting subsequent dynamics, and observation and intentional construction. Six components organize the framework: intrinsic dy...

BIT — Research Block 5 · Stage 1: Constructive Mathematical Physics · New Structures and Computational Methods

Boundary Information Theory (BIT), Research Block 5, starts from a task specification and asks how boundary structures and computational methods can be designed so that system dynamics perform useful work, with explicit accounting for construction, operation and reconfiguration c...

BIT-AGMC-001 - AI-Generated Model Commons: Model Lineage, Distillation, Proprietary Adaptation, Derived Discovery and Bounded Claim Charter (F0-F6 Closure Package, R1)

BIT-AGMC-001 is a pre-canonical charter and verification archive for describing AI model derivation and model-assisted claims without collapsing lineage, permission, contribution, discovery, verification, invention, priority, ownership or adjudication into a single label. The dep...

BIT-CSKC-FGR-001 — Feed Governance and Reason-Receipt Calculus (R1; Closed at F5)

BIT-CSKC-FGR-001 develops a provider-neutral, event-bound research calculus for determining when a displayed reason for a feed or recommendation event is supportable under a declared ranking trace, policy profile, privacy boundary, user-control state, sponsorship state, and remed...

BIT-CSKC-FGR-001 — Feed Governance and Reason-Receipt Calculus (R1; Closed at F5)

BIT-CSKC-FGR-001 develops a provider-neutral, event-bound research calculus for determining when a displayed reason for a feed or recommendation event is supportable under a declared ranking trace, policy profile, privacy boundary, user-control state, sponsorship state, and remed...