{ "schema_version": 1, "verified_on": "2026-10-30", "profile_url": "https://independent.academia.edu/IoannisKaragiannis6", "counts": { "papers": 12, "research_summaries": 1, "total_entries": 13 }, "source_priority": "Current individual manuscript version and status sections take precedence over older portfolio summaries or profile abstracts when they conflict.", "entries": [ { "key": "causal-bottleneck", "title": "The Causal Bottleneck: A Unified Classification of FTL No-Go Results", "kind": "paper", "category": "Causality & quantum foundations", "version": "3.2", "date": "2026-10-01", "date_precision": "day", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/176601266/The_Causal_Bottleneck_A_Unified_Classification_of_FTL_No_Go_Results", "summary": "Organizes proposed faster-than-light mechanisms around controllability, covariance and effective speed, linking quantum-information and relativistic causal restrictions.", "status": "Theoretical classification", "limitations": [ "Does not establish a new general impossibility theorem.", "Reports no experimental transport result. Remaining preferred-frame and topology-change questions are unresolved; a surveyed topology-change transition is unmeasured." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "quantum-entangled-localizations", "title": "Quantum Entangled Localizations: Geometric Transport via Spacetime Entanglement Closure", "manuscript_title": "Quantum Entangled Localizations: Geometric Transport via Spacetime Entanglement", "kind": "paper", "category": "Causality & quantum foundations", "version": "7", "date": "2026-08-25", "date_precision": "day", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/172335853/Quantum_Entangled_Localizations_Geometric_Transport_via_Spacetime_Entanglement_Closure", "summary": "Develops a framework for correlations mediated by entangled geometric or reference-frame degrees of freedom, with proposed sensing signatures and analog protocols.", "status": "Transport interpretation withdrawn; correlation/sensing proposal retained", "limitations": [ "Version 7 explicitly supersedes 6.1 and closes its original transport claim.", "Proposed measurable correlations are not presented here as experimentally demonstrated." ], "source_discrepancies": [ "The opening embedded abstract says transport can be achieved, whereas the profile abstract says cannot. The version-status section and later body explicitly withdraw transport; website copy must follow that disposition." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "one-thread-through-spacetime", "title": "One Thread Through Spacetime", "kind": "research_summary", "category": "Research portfolio", "version": null, "date": "2026", "date_precision": "year", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/171636263/One_Thread_Through_Spacetime", "summary": "An introductory narrative connecting the author's independent work on spacetime, geometry, time, mathematical representation and prospective engineering questions.", "status": "Portfolio overview", "limitations": [ "Its count of ten original papers is historical; the current profile contains twelve paper entries plus this overview.", "Some version references and transport framing precede the current individual manuscripts. Use current paper pages for status." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "collapse-of-the-hypotenuse", "title": "The Collapse of the Hypotenuse Algebraic and Geometric Mechanisms", "kind": "paper", "category": "Mathematics & geometry", "version": "5", "date": "2026-10-29", "date_precision": "day", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/170285286/The_Collapse_of_the_Hypotenuse_Algebraic_and_Geometric_Mechanisms", "summary": "Examines zero endpoint separation in different geometric settings and distinguishes algebraic, indefinite-metric and curved or multiply connected constructions.", "status": "Mathematical exploration; revised geometric analysis", "limitations": [ "Uses a defined geometric operation rather than asserting that ordinary positive real squares sum to zero.", "Version 5 corrects the spheroid analysis: arbitrary leg ratios require the broader triaxial construction described in the paper." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "surface-bound-maximum", "title": "Surface-Bound Maximum in Gravitational Time Dilation: Version 5 -The Field-Times-Radius Mechanism", "kind": "paper", "category": "Gravitation & time", "version": "5", "date": "2026-07", "date_precision": "month", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/170214897/Surface_Bound_Maximum_in_Gravitational_Time_Dilation_Version_5_The_Field_Times_Radius_Mechanism", "summary": "Replaces an earlier field-strength-only hypothesis with a field-times-radius expression and proposes interior clock behavior that differs from standard general relativity.", "status": "Alternative hypothesis with proposed discriminating tests", "limitations": [ "Exterior agreement is shown at weak-field order; it is not an experimental confirmation of the proposed interior behavior.", "Requires radius as well as locally measured field strength.", "Predicted underground magnitude depends on local density." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "restricted-equivalence-principle", "title": "Restricted Equivalence Principle: Push-Pull Asymmetry and Transient Time Dilation Reversal in Extended Accelerating Bodies", "kind": "paper", "category": "Gravitation & time", "version": null, "date": "2026-07-04", "date_precision": "day", "authors": [ "John Eonas" ], "manuscript_author_text": "John", "academia_url": "https://www.academia.edu/169689509/Restricted_Equivalence_Principle_Push_Pull_Asymmetry_and_Transient_Time_Dilation_Reversal_in_Extended_Accelerating_Bodies", "summary": "Studies how finite force-propagation times in an accelerating extended body can temporarily change velocity profiles and relative clock rates before equilibrium.", "status": "Transient mechanism; quantitative prediction pending", "limitations": [ "A prior permanent-reversal claim is withdrawn as inconsistent with the steady-state Rindler metric.", "The magnitude and duration require a specified elastic model and are not quantified." ], "metadata_notes": [ "The profile identifies John Eonas; the extracted manuscript byline contains only John." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "natural-inertial-dampening", "title": "Natural Inertial Dampening Collective Geometric Coupling as a Mechanism for Stress-Free Acceleration", "kind": "paper", "category": "Gravitation & prospective engineering", "version": "3.5", "date": "2026-10-14", "date_precision": "day", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/169583876/Natural_Inertial_Dampening_Collective_Geometric_Coupling_as_a_Mechanism_for_Stress_Free_Acceleration", "summary": "Uses free-fall motion to explore collective geometric acceleration, then estimates the scale of the challenge of producing a controlled field around a vessel.", "status": "Conceptual engineering programme", "limitations": [ "No known mechanism is supplied for creating or shaping the proposed field.", "Density estimates are approximate engineering scales, not derived minima; the envelope shape is conjectural.", "O(1) refers to the governing description, not a mass-independent energy budget. Tidal gradients remain relevant." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "zeno-continuum", "title": "Zeno Continuum: The Konstantopoulos Infinitesimal as Universal Remainder Version 7.3", "kind": "paper", "category": "Mathematics & philosophy", "version": "7.3", "date": "2026-10", "date_precision": "month", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/169280469/Zeno_Continuum_The_Konstantopoulos_Infinitesimal_as_Universal_Remainder_Version_7_3", "summary": "Interprets hyperfinite decimal expansions using a zone of positive infinitesimals, distinguishing finite-resolution remainders from the representation's structural remainder.", "status": "Mathematical interpretation and philosophical framework", "limitations": [ "Accepts 0.999... = 1 in standard real analysis; it changes the representation under discussion.", "Builds on existing hyperreal extended-decimal constructions.", "Cross-domain physical analogies are interpretive and add no new physical prediction." ], "source_discrepancies": [ "The profile abstract retains earlier arithmetic-style wording. The current manuscript uses zone membership and explicitly distinguishes zones from numerical values." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "physical-field-geometric-manifold", "title": "Physical Field vs. Geometric Manifold A Comparative Overview -Extended Edition", "kind": "paper", "category": "Foundations & philosophy", "version": "Extended Edition", "date": "2026-05", "date_precision": "month", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/167361453/Physical_Field_vs_Geometric_Manifold_A_Comparative_Overview_Extended_Edition", "summary": "Compares physical-field and geometric-manifold interpretations of spacetime across ontology, mathematics, observations and prospective engineering.", "status": "Comparative conceptual overview", "limitations": [ "The paper states that both descriptions agree in tested regimes.", "The author's preferred field ontology is a working assumption; suggested distinguishing high-rotation experiments have not been performed." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "gravitational-recoupling", "title": "Gravitational Recoupling via Frame Geometry: Defining the Energy Ratio η and the Coupling Transition", "manuscript_title": "Gravitational Recoupling via Frame Geometry", "manuscript_subtitle": "Threshold, time-average and sustained-power accounting for effective weight in rotating frames", "kind": "paper", "category": "Gravitation & prospective engineering", "version": null, "date": "2026-10", "date_precision": "month", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/165946015/Gravitational_Recoupling_via_Frame_Geometry_Defining_the_Energy_Ratio_%CE%B7_and_the_Coupling_Transition", "summary": "Analyzes apparent weight in rotating frames, separating instantaneous cancellation, cycle averages, spin-up energy and the sustained power needed to overcome losses.", "status": "Analytic study with a prospective test protocol", "limitations": [ "Reports no experimental data.", "Rotation alone does not give sustained time-averaged weightlessness to a fixed payload or reduce a sealed device's mean support load.", "The stated power ratio compares different functions and does not demonstrate more efficient hovering." ], "source_discrepancies": [ "The current manuscript subtitle differs from the older Academia page title." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "finite-density-singularities", "title": "Finite-Density Singularities Revisited: An ε-Core Iosif Black Hole Model Version 3", "kind": "paper", "category": "Gravitation & time", "version": "3", "date": "2025-11-27", "date_precision": "day", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/145173562/Finite_Density_Singularities_Revisited_An_%CE%B5_Core_Iosif_Black_Hole_Model_Version_3", "summary": "Presents an epsilon-core modification of a Schwarzschild-like model and examines its effective matter content, horizon behavior and interpretive constraints.", "status": "Analytic model with unresolved physical consistency", "limitations": [ "The manuscript describes curvature regularization while explicitly reporting divergent central effective density and transverse pressure.", "A viable interior needs additional matching or a consistent matter/modified-gravity model.", "Its physical claims were not independently re-derived in this inventory." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "thermodynamics-ontology-time", "title": "Thermodynamics and the Ontology of Time: Conservation and the Arrow in Block and Evolving Block Models", "kind": "paper", "category": "Foundations & philosophy", "version": "2", "date": "2025-09-18", "date_precision": "day", "authors": [ "John Eonas" ], "academia_url": "https://www.academia.edu/144018739/Thermodynamics_and_the_Ontology_of_Time_Conservation_and_the_Arrow_in_Block_and_Evolving_Block_Models", "summary": "Examines how conservation and thermodynamic irreversibility relate to block and evolving-block interpretations of time.", "status": "Philosophy-of-physics comparison", "limitations": [ "Does not rule out the block universe: it explicitly accepts its consistency with conservation and thermodynamics.", "Arguments for an evolving block concern interpretation and explanatory preference, not an experimental discrimination." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" }, { "key": "geometrical-constants", "title": "Geometrical Constants", "kind": "paper", "category": "Mathematics & geometry", "version": null, "date": "2019", "date_precision": "year", "authors": [ "M. N. G. Einstein", "John Christopher Karayiannis" ], "profile_authors": [ "Mircea Einstein", "John Eonas" ], "academia_url": "https://www.academia.edu/41405169/Geometrical_Constants", "summary": "Explores relationships between combinatorial constructions and planar geometry, including circle constants, geometric resonance classes and higher-dimensional extensions.", "status": "Co-authored mathematical paper", "limitations": [ "The 2019 year is shown on the profile listing; no precise manuscript date was verified.", "The manuscript and profile use different author-name forms; both are retained for traceability.", "Mathematical results were not independently checked in this inventory." ], "public_pdf_url": null, "peer_review_status": "Not established by the inspected sources", "verified_on": "2026-10-30" } ] }