{"version":"https://jsonfeed.org/version/1","title":"Brisart Research Archive","home_page_url":"https://brisartresearcharchive.com","description":"Brisart Research Archive","author":{"name":"Brisart Research Archive"},"items":[{"id":"https://brisartresearcharchive.com/documentation/f/availability-saturation-and-the-collapse-of-urgency","html_content":"<p>Concise thesis: Sustained attention is not driven by output alone. When a system becomes too available or produces too much, urgency collapses. When it produces too little, it disappears. Stability requires controlled av...</p>","url":"https://brisartresearcharchive.com/documentation/f/availability-saturation-and-the-collapse-of-urgency","title":"Availability, Saturation, and the Collapse of Urgency","summary":"Concise thesis: Sustained attention is not driven by output alone. When a system becomes too available or produces too much, urgency collapses. When it produces too little, it disappears. Stability requires controlled av...","date_modified":"2026-06-01T20:07:25Z"},{"id":"https://brisartresearcharchive.com/documentation/f/when-something-is-close%E2%80%94but-not-quite","html_content":"<p>Concise thesis: When a concept feels “almost correct,” the mismatch is not noise—it is the first indication that something structurally distinct is present. Treating the approximation as final collapses the difference. P...</p>","url":"https://brisartresearcharchive.com/documentation/f/when-something-is-close%E2%80%94but-not-quite","title":"When Something Is Close—But Not Quite","summary":"Concise thesis: When a concept feels “almost correct,” the mismatch is not noise—it is the first indication that something structurally distinct is present. Treating the approximation as final collapses the difference. P...","date_modified":"2026-06-01T16:17:13Z"},{"id":"https://brisartresearcharchive.com/documentation/f/frameworks-are-usually-discovered-backwards","html_content":"<p>Concise thesis: Most frameworks do not begin as explicit systems. They begin as dispersed observations, partial intuitions, and isolated formulations that only later reveal their shared structure. What appears at first a...</p>","url":"https://brisartresearcharchive.com/documentation/f/frameworks-are-usually-discovered-backwards","title":"Frameworks Are Usually Discovered Backwards","summary":"Concise thesis: Most frameworks do not begin as explicit systems. They begin as dispersed observations, partial intuitions, and isolated formulations that only later reveal their shared structure. What appears at first a...","date_modified":"2026-06-01T01:29:23Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-overview-1","html_content":"<p>Simulation Synchronization Theory (SST) defines identity as a feedback-driven prediction system updated through social interaction. At each timestep, the agent predicts evaluative outcomes, compares prediction to feedbac...</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-overview-1","title":"SST — Overview","summary":"Simulation Synchronization Theory (SST) defines identity as a feedback-driven prediction system updated through social interaction. At each timestep, the agent predicts evaluative outcomes, compares prediction to feedbac...","date_modified":"2026-05-31T20:46:48Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-architecture-1","html_content":"<p>Simulation Synchronization Theory (SST) is implemented as a closed-loop system linking simulation generation, role selection, feedback sampling, error computation, and recursive updating.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-architecture-1","title":"SST — Architecture","summary":"Simulation Synchronization Theory (SST) is implemented as a closed-loop system linking simulation generation, role selection, feedback sampling, error computation, and recursive updating.","date_modified":"2026-05-31T20:46:29Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-boundaries","html_content":"<p>SST defines identity updating as an affectively gated prediction-error process operating over social interaction.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-boundaries","title":"SST — Boundaries","summary":"SST defines identity updating as an affectively gated prediction-error process operating over social interaction.","date_modified":"2026-05-31T20:45:33Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-architecture-1","html_content":"<p>The Temporal Feedback Loop (TFL) models conscious experience as a recursive, affectively modulated integration of sensory input, memory reactivation, and predictive simulation within brief temporal windows.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-architecture-1","title":"TFL — Overview","summary":"The Temporal Feedback Loop (TFL) models conscious experience as a recursive, affectively modulated integration of sensory input, memory reactivation, and predictive simulation within brief temporal windows.","date_modified":"2026-04-28T08:45:28Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-overview-1","html_content":"<p>TFL operates over discrete temporal windows (~100–300 ms) and is defined by five core variables integrated by a looped architecture.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-overview-1","title":"TFL — Architecture","summary":"TFL operates over discrete temporal windows (~100–300 ms) and is defined by five core variables integrated by a looped architecture.","date_modified":"2026-04-28T08:45:20Z"},{"id":"https://brisartresearcharchive.com/documentation/f/lexical-expansion-as-an-explanatory-mechanism","html_content":"<p>Concise thesis: Spirituality and neuroscience can be understood as two distinct lexicons describing the same underlying class of human phenomena. Each lexicon encodes its own conceptual primitives, constraints, and expre...</p>","url":"https://brisartresearcharchive.com/documentation/f/lexical-expansion-as-an-explanatory-mechanism","title":"Lexical Expansion as an Explanatory Mechanism","summary":"Concise thesis: Spirituality and neuroscience can be understood as two distinct lexicons describing the same underlying class of human phenomena. Each lexicon encodes its own conceptual primitives, constraints, and expre...","date_modified":"2026-04-26T11:31:14Z"},{"id":"https://brisartresearcharchive.com/documentation/f/when-disagreement-is-just-lexical-drift","html_content":"<p>Concise thesis: Technical discussions often appear to diverge not because the underlying models differ, but because the participants are operating with distinct lexicons that describe the same mechanism from different va...</p>","url":"https://brisartresearcharchive.com/documentation/f/when-disagreement-is-just-lexical-drift","title":"When Disagreement Is Just Lexical Drift","summary":"Concise thesis: Technical discussions often appear to diverge not because the underlying models differ, but because the participants are operating with distinct lexicons that describe the same mechanism from different va...","date_modified":"2026-04-26T10:54:53Z"},{"id":"https://brisartresearcharchive.com/documentation/f/1","html_content":"<p>The Temporal Feedback Loop (TFL) is a local, mechanistic framework describing short‑timescale integration of sensory evidence, memory retrieval, affective modulation, and predictive simulation. The following boundaries d...</p>","url":"https://brisartresearcharchive.com/documentation/f/1","title":"TFL — Boundaries","summary":"The Temporal Feedback Loop (TFL) is a local, mechanistic framework describing short‑timescale integration of sensory evidence, memory retrieval, affective modulation, and predictive simulation. The following boundaries d...","date_modified":"2026-04-26T07:40:23Z"},{"id":"https://brisartresearcharchive.com/documentation/f/the-philosophy-of-parallel-storylines","html_content":"<p>Concise thesis:   A human life is not a single narrative but a constellation of unfinished arcs, each unfolding according to its own internal logic, indifferent to chronology, continuity, or the linear expectations of th...</p>","url":"https://brisartresearcharchive.com/documentation/f/the-philosophy-of-parallel-storylines","title":"The Philosophy of Parallel Storylines","summary":"Concise thesis:   A human life is not a single narrative but a constellation of unfinished arcs, each unfolding according to its own internal logic, indifferent to chronology, continuity, or the linear expectations of th...","date_modified":"2026-04-26T06:14:51Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-overview","html_content":"<p>SST defines non-negotiable properties of identity updating under the prediction-error loop.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-overview","title":"SST — Guarantees","summary":"SST defines non-negotiable properties of identity updating under the prediction-error loop.","date_modified":"2026-04-22T12:03:06Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-architecture","html_content":"<p>Core Variables</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-architecture","title":"SST — Definitions","summary":"Core Variables","date_modified":"2026-04-22T12:02:53Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-guarantees","html_content":"<p>This section provides a pseudo‑code representation of a single SST cycle, abstracted from the institutional reference implementation.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-guarantees","title":"SST — Reference Implementation (Pseudo‑code)","summary":"This section provides a pseudo‑code representation of a single SST cycle, abstracted from the institutional reference implementation.","date_modified":"2026-04-22T12:02:39Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-definitions","html_content":"<p>Simulation Synchronization Theory (SST) operates as a feedback-driven identity update system within a broader architecture of recursive simulation, perception, and control.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-definitions","title":"SST — Integration Notes","summary":"Simulation Synchronization Theory (SST) operates as a feedback-driven identity update system within a broader architecture of recursive simulation, perception, and control.","date_modified":"2026-04-22T12:01:52Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-notes","html_content":"<p>This section defines the rules for how SST should be interpreted and applied, and prevents incorrect uses or assumptions.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-notes","title":"SST — Notes","summary":"This section defines the rules for how SST should be interpreted and applied, and prevents incorrect uses or assumptions.","date_modified":"2026-04-22T12:01:36Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-release-notes","html_content":"<p>Simulation Synchronization Theory (SST) is a feedback-driven model in which identity emerges through recursive interaction between internally generated role simulations and external social feedback. The framework formali...</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-release-notes","title":"SST — Release Notes","summary":"Simulation Synchronization Theory (SST) is a feedback-driven model in which identity emerges through recursive interaction between internally generated role simulations and external social feedback. The framework formali...","date_modified":"2026-04-22T12:01:19Z"},{"id":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-zenodo-doi","html_content":"<p>This section is being finalized as part of the documentation update cycle.</p>","url":"https://brisartresearcharchive.com/documentation/f/sst-%E2%80%94-zenodo-doi","title":"SST — Zenodo DOI","summary":"This section is being finalized as part of the documentation update cycle.","date_modified":"2026-04-22T11:59:55Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-zenodo-doi","html_content":"<p>The Temporal Feedback Loop provides non‑negotiable architectural guarantees that govern its behavior across cycles and implementations.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-zenodo-doi","title":"TFL — Guarantees","summary":"The Temporal Feedback Loop provides non‑negotiable architectural guarantees that govern its behavior across cycles and implementations.","date_modified":"2026-04-22T07:37:07Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-release-notes","html_content":"<p>This section defines the core terms, variables, and structural components used throughout the Temporal Feedback Loop framework.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-release-notes","title":"TFL — Definitions","summary":"This section defines the core terms, variables, and structural components used throughout the Temporal Feedback Loop framework.","date_modified":"2026-04-22T07:36:55Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-notes","html_content":"<p>This section provides a pseudo‑code representation of a single TFL cycle, abstracted from the institutional reference implementation.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-notes","title":"TFL — Reference Implementation (Pseudo‑code)","summary":"This section provides a pseudo‑code representation of a single TFL cycle, abstracted from the institutional reference implementation.","date_modified":"2026-04-22T07:36:43Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-definitions","html_content":"<p>1. TFL Role and Scope</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-definitions","title":"TFL — Integration Notes","summary":"1. TFL Role and Scope","date_modified":"2026-04-22T07:36:29Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-guarantees","html_content":"<p>This section provides clarifications and boundary conditions relevant to interpreting the Temporal Feedback Loop framework.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-guarantees","title":"TFL — Notes","summary":"This section provides clarifications and boundary conditions relevant to interpreting the Temporal Feedback Loop framework.","date_modified":"2026-04-22T07:35:47Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-architecture","html_content":"<p>This section summarizes the development history of the Temporal Feedback Loop framework, combining the archival Zenodo record with the institutional edition.</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-architecture","title":"TFL — Release Notes","summary":"This section summarizes the development history of the Temporal Feedback Loop framework, combining the archival Zenodo record with the institutional edition.","date_modified":"2026-04-22T07:35:35Z"},{"id":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-overview","html_content":"<p>Canonical DOI: https://doi.org/10.5281/zenodo.15493068</p>","url":"https://brisartresearcharchive.com/documentation/f/tfl-%E2%80%94-overview","title":"TFL — Zenodo DOI","summary":"Canonical DOI: https://doi.org/10.5281/zenodo.15493068","date_modified":"2026-04-22T07:20:12Z"}]}