Publications & Paper Mapping

Each paper develops a specific aspect of the Generative Projection Framework. Together they define a coherent ontological architecture spanning physical and consciousness projection sectors. Preprints are provided for documentation and reference.

Framework - Paper Mapping (with preprints)
Paper Sector / Level Primary role
A Structural Synthesis of Physical Reality: The Generative Projection Framework
PhilArchive/PhilPapers
Meta / PPS Summary paper for the entire physical part of the framework.
Beyond Substance: Toward a Generative Ontology of Physics
PhilArchive/PhilPapers
Meta / PPS Argues about the limits of substance ontology and proposes the framework as an alternative hypotheses.
The Generative Projection Framework – A Generative Projection Ontology of Physical and Consciousness Projection
PhilArchive/PhilPapers
PPS + CPS (conceptual synthesis) Conceptual synthesis spanning physical and consciousness projection sectors.
Unification Without Reduction: A Classification of Projection-Invariant Physical Theories
PhilArchive/PhilPapers
Meta / PPS Classifies physical theories by projection and invariance structure rather than by dynamics or ontology.
An invariance-based classification of physical theories
PhilArchive/PhilPapers
Meta / PPS Classifies a broad variety of physical theories by primary invariances and investigates their clustering relations.
Spacetime as a Compatibility-Induced Coordinative Structure
PhilArchive/PhilPapers
PPS GR sector Interprets spacetime geometry as an effective coordinative structure arising from projection compatibility.
Resolving 24 Foundational Paradoxes: A Methodological and Ontological Analysis
PhilArchive/PhilPapers
Meta / Cross-sector Shows how foundational paradoxes arise from category errors between generative and projected levels.
A Structural Catch--22 in Contemporary Science
PhilArchive/PhilPapers
Meta / PPS Diagnoses a methodological catch--22 in which ontological clarification is disfavored, and uses foundational paradoxes as structural indicators.
Entanglement without Nonlocal Influence
PhilArchive/PhilPapers
PPS QM sector Reinterprets entanglement as a structural compatibility phenomenon within quantum projection.
Measurement without Collapse: Projection, Reduction, and Effective Outcomes
PhilArchive/PhilPapers
PPS QM sector Accounts for measurement outcomes as effective projection-level reductions without physical collapse.
The Arrow of Time as a Projection Phenomenon
PhilArchive/PhilPapers
PPS Thermodynamic sector Interprets temporal ordering as a structural feature of thermodynamic projection.
On the Origin of Fermion Family Replication
PhilArchive/PhilPapers
PPS – Gauge sector (application) Three fermion generations are not a mystery, but an expression of structural saturation.
The Black Hole Information Paradox and the Ontological Status of Spacetime
PhilArchive/PhilPapers
Boundary regimes Analyzes breakdowns of effective spacetime description at projection boundaries.
Cosmic Acceleration without Dark Energy: Projection, Averaging, and Effective Descriptions in Cosmology
PhilArchive/PhilPapers
PPS – Cosmology (application) Domain-specific cosmological application referenced by spacetime and time papers.
Cosmology as a Projection Phenomenon
PhilArchive/PhilPapers
PPS – Cosmology (application) Interprets cosmology as a projection phenomenon with applications on inflation, dark energy and cosmic time.
Consciousness as Projection: An Ontological Alternative to Emergence
PhilArchive/PhilPapers
CPS Ontology Establishes consciousness as a projection parallel to physical descriptions, not emergent from them.
Implications of Coherence Geometry for Psychological Organization
PhilArchive/PhilPapers
CPS Supporting extension within the consciousness projection sector.

Related and Supporting Papers

These papers represent earlier formulations, supporting analyses, or domain-specific extensions that inform the current Generative Projection Framework. They are included for documentation and reference, but are not presented as standalone entry points on this website.

Paper Sector / Level Role relative to the framework
The Generative Field Equation: A Unified Ontology for Physics
PhilArchive/PhilPapers
Generative (early) Early formulation of the generative-field perspective underlying later architectural papers.
On the Origin of General Relativity
PhilArchive/PhilPapers
PPS – GR (early) Early information-geometric formulation of spacetime emergence.
On the Structural Origin of Quantum Mechanics
PhilArchive/PhilPapers
PPS – QM (early) Conceptual precursor to later quantum compatibility and measurement papers.
On the Structural Origin of Standard Model Gauge Symmetry
PhilArchive/PhilPapers
PPS – Gauge (supporting) Supporting analysis of gauge structure as projection-invariant representation.
Part IV: A Unified Field Theory from a Fundamental Generative Equation
PhilArchive/PhilPapers
PPS – Synthesis (early) Early unifying synthesis later refined into architectural and classification papers.
Projection Operators and Compatibility: Structural Conditions for Joint Physical Descriptions
PhilArchive/PhilPapers
Meta / PPS (technical) Technical supporting work on compatibility between projection-level descriptions.
A Minimal Generative Lagrangian S[Phi]: From Generative Ontology to Calculable Dynamics
PhilArchive/PhilPapers
Generative ? PPS (interface) Provides a formal bridge between generative ontology and calculable effective dynamics.
Psychological Dynamics as Coherence Geometry
PhilArchive/PhilPapers
CPS Structure Models psychological organization as coherence geometry within the consciousness projection sector.
Psychological Development and Reorganization as Coherence Dynamics
PhilArchive/PhilPapers
CPS Temporal structure Interprets psychological time and development as projection-dependent ordering phenomena.
The Generative Projection Framework An Ontological Architecture for Physical Reality
PhilArchive/PhilPapers
Generative level / Architecture Establishes the core ontological distinction between generative structure and projection-dependent descriptions.

See also: Architecture (figures) and Applications.


© Erik Axelkrans