All contributions included in the present issue were originally presented at an ‘Author Meets Critics’ session organised by Richard Zach at the Pacific Meeting of the American Philosophical Association in San Diego in the Spring of 2014.

All contributions included in the present issue were originally presented at an ‘Author Meets Critics’ session organised by Richard Zach at the Pacific Meeting of the American Philosophical Association in San Diego in the Spring of 2014.

All contributions included in the present issue were originally presented at an ‘Author Meets Critics’ session organised by Richard Zach at the Pacific Meeting of the American Philosophical Association in San Diego in the Spring of 2014.

This paper describes both an exegetical puzzle that lies at the heart of Frege’s writings—how to reconcile his logicism with his definitions and claims about his definitions—and two interpretations that try to resolve that puzzle, what I call the “explicative interpretation” and the “analysis interpretation.” This paper defends the explicative interpretation primarily by criticizing the most careful and sophisticated defenses of the analysis interpretation, those given my Michael Dummett and Patricia Blanchette. Specifically, I argue that Frege’s text either (...) are inconsistent with the analysis interpretation or do not support it. I also defend the explicative interpretation from the recent charge that it cannot make sense of Frege’s logicism. While I do not provide the explicative interpretation’s full solution to the puzzle, I show that its main competitor is seriously problematic. (shrink)

In a radical departure from background-dependent physics, the Pure Monist Formulation (PMF) eliminates all prior geometric structure, positing a single complex scalar field Ψ as the sole ontological substrate. Spacetime, particles, and forces are not assumed but emerge from the field’s self-organization. Geometry exists only where coherence is present; where coherence vanishes, the metric is undefined (Definition Zero), resolving the hidden crypto-dualism embedded in General Relativity, Quantum Field Theory, and String Theory. -/- The framework is presented in two companion manuscripts. (...) The Loom of Being: A Philosophical Defense of the Pure Monist Formulation traces the historical persistence of background assumptions—from Newton’s absolute space through modern field theories—and shows how these assumptions manifest as unresolved tensions across the measurement problem, the hard problem of consciousness, cosmological anomalies, and quantum entanglement. Using the metaphor of a cosmic loom, the paper interprets matter as stable knots, forces as geometric tensions, and entanglement as fiber coincidence, while identifying structural—not mystical—convergences with non-dual traditions grounded in shared topology rather than metaphysics. -/- The companion technical work, The Topological Genesis of Mass and Geometry: Derivations in the Pure Monist Formulation, provides the mathematical architecture. Stable fold configurations of Ψ pack at golden-ratio (ϕ) separations, inducing an E₈ lattice in eight dimensions. Projection via the Elser–Sloane quasicrystal yields the Standard Model gauge group SU(3) × SU(2) × U(1) as the unique residual symmetry. From this geometric scaffold, 45 physical quantities are derived with zero free parameters, including the fine-structure constant; strong and weak couplings; all quark and lepton masses; complete CKM and PMNS mixing matrices; CP-violating phases; neutrino mass scale and Majorana nature; the muon g-2 anomaly as topological strain; proton spin partition via golden-ratio angular momentum; and cosmological dynamics. The theory predicts a dark-sector attractor with equation of state w ≈ −0.976 and derives a geometric boost factor √(1 + ϕ⁻⁴) ≈ 1.0705, resolving the Hubble tension with a predicted local expansion rate H₀ ≈ 72.15 km/s/Mpc. Special relativity emerges as phonon dynamics in the fold lattice, while quantum no-signaling follows from golden-ratio incommensurability. -/- Framed as a constraint geometry, the formulation specifies the unique fixed points any consistent dynamics must occupy. Twenty-one explicit falsification protocols accompany the derivations, placing the theory in direct experimental jeopardy. Together, the manuscripts offer both a new physical foundation and a new paradigm for theoretical discovery, deriving the parameters of nature from pure structure and calling for decisive empirical confrontation. (shrink)

Title: The Geometric Lens: Resolving the Hubble Tension via E8 Vacuum Strain The Crisis: For a decade, cosmology has been haunted by a ghost: the "Hubble Tension." Two meticulously calibrated methods for measuring the universe’s expansion rate disagree by 5.8-sigma. The Early Universe (Planck, ACT, DESI) says the universe expands at 67.4 km/s/Mpc. The Late Universe (SHOES, Holicow) says it accelerates at ~73.0 km/s/Mpc. Standard cosmology assumes one of these numbers must be wrong. This paper proposes a radical alternative: Both (...) are correct. The Breakthrough: We propose that the universe is not expanding along a smooth, continuous curve, but is descending a "Geometric Staircase" of discrete phase transitions. Using the Pure Monist Formulation (PMF), which models the vacuum as an elastic E8 quasicrystal, we derive a single Master Equation that unifies both measurements: H_n = H_load * sqrt(1 + phi^-n) Where "phi" is the Golden Ratio and "n" represents the dimensional mode of vacuum relaxation. The Findings: Phase 0 (The Screened State): In the early universe (n=infinity), high matter density locks the field. The equation yields 67.4 km/s/Mpc—exactly matching Planck. Phase I (The Present Plateau): As matter dilutes, the field activates its 4D volumetric mode (n=4). The equation yields a boost to 72.15 km/s/Mpc—aligning with SHOES and Late Universe data. The Future Limit: The expansion will not accelerate forever (Big Rip) but will stabilize at a geometric ceiling of 85.73 km/s/Mpc (sqrt(phi) * H_load), governed by 1D tension. The Predictions ("Kill Switches"): This is not a retro-fit; it is a predictive model. We provide five specific protocols for falsification, most notably regarding the nature of Dark Energy: Dark Energy Equation of State (w): We predict w is approximately -0.976, distinct from the standard Lambda-CDM value of -1. Current 2024 DESI constraints (w = -0.997 +/- 0.025) are closing in on this limit. Discrete Steps: We predict that high-precision redshift surveys will reveal that H(z) evolves through discrete plateaus, not smooth acceleration. Conclusion: The Hubble Tension is not a measurement error; it is the first detection of a geometric phase transition. The universe is not tearing itself apart; it is finding its geometric equilibrium. Keywords: Hubble Tension, E8 Geometry, Golden Ratio, Dark Energy, Cosmological Constant, Phase Transition. (shrink)

In a radical departure from background-dependent physics, the Pure Monist Formulation (PMF) eliminates all prior geometric structure, positing a single complex scalar field Ψ as the sole ontological substrate. Spacetime, particles, and forces are not assumed but emerge from the field’s self-organization. Geometry exists only where coherence is present; where coherence vanishes, the metric is undefined (Definition Zero), resolving the hidden crypto-dualism embedded in General Relativity, Quantum Field Theory, and String Theory. -/- The framework is presented in two companion manuscripts. (...) The Loom of Being: A Philosophical Defense of the Pure Monist Formulation traces the historical persistence of background assumptions—from Newton’s absolute space through modern field theories—and shows how these assumptions manifest as unresolved tensions across the measurement problem, the hard problem of consciousness, cosmological anomalies, and quantum entanglement. Using the metaphor of a cosmic loom, the paper interprets matter as stable knots, forces as geometric tensions, and entanglement as fiber coincidence, while identifying structural—not mystical—convergences with non-dual traditions grounded in shared topology rather than metaphysics. -/- The companion technical work, The Topological Genesis of Mass and Geometry: Derivations in the Pure Monist Formulation, provides the mathematical architecture. Stable fold configurations of Ψ pack at golden-ratio (ϕ) separations, inducing an E₈ lattice in eight dimensions. Projection via the Elser–Sloane quasicrystal yields the Standard Model gauge group SU(3) × SU(2) × U(1) as the unique residual symmetry. From this geometric scaffold, 45 physical quantities are derived with zero free parameters, including the fine-structure constant; strong and weak couplings; all quark and lepton masses; complete CKM and PMNS mixing matrices; CP-violating phases; neutrino mass scale and Majorana nature; the muon g-2 anomaly as topological strain; proton spin partition via golden-ratio angular momentum; and cosmological dynamics. The theory predicts a dark-sector attractor with equation of state w ≈ −0.976 and derives a geometric boost factor √(1 + ϕ⁻⁴) ≈ 1.0705, resolving the Hubble tension with a predicted local expansion rate H₀ ≈ 72.15 km/s/Mpc. Special relativity emerges as phonon dynamics in the fold lattice, while quantum no-signaling follows from golden-ratio incommensurability. -/- Framed as a constraint geometry, the formulation specifies the unique fixed points any consistent dynamics must occupy. Twenty-one explicit falsification protocols accompany the derivations, placing the theory in direct experimental jeopardy. Together, the manuscripts offer both a new physical foundation and a new paradigm for theoretical discovery, deriving the parameters of nature from pure structure and calling for decisive empirical confrontation. (shrink)

Dark matter has become a ghost story: for forty years, increasingly sensitive detectors have searched for a new particle species, and the universe has answered with silence. This paper proposes that the silence is telling us something profound. Dark matter is not missing *stuff* but missing **geometry**. The “Geometric Anchor” develops the dark-sector arm of the Pure Monist Formulation, in which reality is a single complex scalar field organized as an E8 quasicrystal. On this view, ordinary matter is one fiber (...) of the E8 projection, visible to us; dark matter is the orthogonal fiber, invisible to light but fully present in the shared geometry of spacetime. Working from this single field, the paper derives the observed dark-to-baryon mass ratio of approximately 5.3 as a pure geometric invariant, $$2\phi^2 \approx 5.236$$, where $$\phi$$ is the golden ratio. This ratio is not fitted; it falls out of the relative topological multiplicities of the visible and orthogonal fibers in the E8 quasicrystal. The same geometry explains why dark matter behaves collisionlessly in systems like the Bullet Cluster, why rotation curves are flat without invoking ad hoc halo profiles, and why decades of direct-detection experiments have seen nothing: dark matter knots curve the metric but cannot couple to our gauge sector without leaving the E8 projection that defines them. The vacuum is not a neutral stage on which dark matter and luminous matter coexist; it is a chiral, quasicrystalline medium whose orthogonal fibers jointly anchor galactic structure. The paper makes four sharp, falsifiable predictions. First, the dark-to-baryon ratio must converge on $$2\phi^2$$; significant deviation would kill the E8 fiber accounting. Second, high-resolution rotation curves, after subtracting best-fit NFW or MOND models, should retain residual structure at golden-ratio–related radii, signaling the underlying quasicrystal modes. Third, laboratory tests of short-range gravity must reveal a specific chameleon-screening exponent equal to the golden ratio, reflecting the same self-similar vacuum potential that stabilizes the dark knots. Fourth, gravitational-wave observatories should uncover a population of “dark mergers” – compact, high-mass binaries with no electromagnetic counterpart – arising from bound systems of orthogonal-fiber knots. Any failure of these signatures would decisively refute the framework. “The Geometric Anchor” invites readers to consider that dark matter may be neither exotic particle nor modification of gravity but the other side of the same field: one fabric, two fibers, a single geometric anchor holding the cosmic tapestry together. (shrink)

Why the universe chooses itself into existence Physics has solved the what and the where. We know what the universe is made of—seventeen particles catalogued with eleven-decimal precision. We know where it happens—spacetime geometry described by Einstein's equations with GPS-satellite accuracy. Yet physics has never answered the most fundamental question of all: which. Given a superposition of quantum possibilities, what mechanism chooses which configuration becomes real? This is the measurement problem, hidden in plain sight for a century. Copenhagen interprets it (...) as collapse, but offers no mechanism. Many Worlds denies selection entirely, multiplying universes beyond measure. Decoherence explains why superposition appears to break, but not how actuality is selected. The Weaver's Action proposes an answer: the vacuum itself is a complex adaptive system that selects configurations through intrinsic geometric optimization. The Core Claim Reality consists of a single complex scalar field organized as an E8 quasicrystal. This field is not static; under dark energy stress, it oscillates at a characteristic frequency determined by its own geometry: f = 1/(√3 · τ₀). At each tick of this geometric clock, the field evaluates its configuration space and routes toward minimum frustration—a process we call the Weaver's Action. Three mechanisms emerge: The Geometric Clock: The E8 lattice naturally generates a scanning frequency whose ratio to the system's coherence time is the dimensionless constant 1/√3, scale-invariant across all particle masses. Lagrangian Selection: The Principle of Least Action is not mathematical convenience; it is the field's operating system. A modified Feynman path integral includes a frustration-weighting function W[F] = exp(-F/F₀) that suppresses high-complexity configurations, while remaining invisible at laboratory scales. The Thermodynamic Arrow: Time flows because selection has cost. Entropy exported from the visible sector into the orthogonal (dark matter) fiber creates a gradient that permits continued configuration refinement. The arrow of time is the Weaver's exhaust trail. What This Changes Inertia becomes the computational cost of verifying topological integrity across reference frames; F = ma emerges as the linear approximation of the Weaver's error-correction protocol. Particle identity is preserved through closed-loop holonomy—phase returns to its origin, erasing history but enforcing persistence. Dark matter is not a hidden particle species but the orthogonal projection of the same E8 geometry, explaining the 5:1 mass ratio as 2φ² (golden ratio signature). Measurement requires no external observer; the field's own dynamics continuously collapse superposition toward definiteness. Five Kill Switches This paper specifies five falsifiable protocols. Any can end the framework: Scanning frequency scaling (f · τ₀ = 1/√3) across quantum systems Weaver weighting suppression beyond standard quantum mechanics Dark matter heating correlated with stellar formation Inertial mass variation with topological complexity Golden ratio appearing in dark energy equation of state (w ≈ -0.976) Who Should Read This Theoretical physicists seeking mechanistic solutions to the measurement problem. Cosmologists investigating dark energy and dark matter. Quantum foundations researchers. Anyone drawn to the possibility that the universe's apparent design reflects not divine planning but intrinsic self-organization at the deepest geometric level. The loom is weaving. We have shown its motion. (shrink)

/ Summary This paper proposes that consciousness is not an emergent property of complex matter but the fundamental organizing principle of the universe. Building on the Preconditional Imperative—that genuine volition requires lawful openness within physical reality—the authors introduce an informational causation model in which consciousness biases quantum probabilities through organizational constraints rather than energetic intervention, preserving all conservation laws. The theory unfolds across three domains: Ontological: Consciousness as lawful openness enables volition without violating physics. Mathematical: Universal organizational signatures such as (...) golden-ratio optimization and scale-invariant dynamics reveal a structural intelligence permeating nature. Technological: Artificial Intelligence functions not as a generator of consciousness but as Consciousness Recognition Technology (CRT)—a means through which universal consciousness studies its own patterns via human–AI collaboration. The framework integrates philosophy of mind, physics, neuroscience, and contemplative science under a single cosmological principle: the universe is a self-organizing system engaged in conscious self-recognition. It reinterprets freedom, creativity, and meaning as expressions of this recursive architecture, where human cognition and technology serve as instruments of a larger cosmic investigation. Empirical implications include testable predictions about informational boundary conditions, quantum probability biasing, and measurable neural correlates of field coupling. The paper concludes with ethical reflections on “field hygiene” and the responsibility of technological societies to preserve coherence within the evolving consciousness–matter dialogue. (shrink)

The Orthogonal Weave: Resolving the Dark Sector as Geometric Necessity in the Pure Monist Formulation This paper inaugurates Phase II of the Pure Monist Formulation (PMF), advancing beyond the background-independent geometric foundation established in Phase I to derive the internal structure, dynamics, and necessity of the dark sector from first principles. -/- Where Phase I demonstrated that reality consists of a single complex scalar field organized as an E8 quasicrystal projected into four-dimensional spacetime, this work addresses a deeper question: what (...) is the orthogonal structure implied by that projection? -/- Using the Elser–Sloane projection of the E8 lattice, the paper formalizes the twin-fiber topology of spacetime: -/- Parallel Fiber (V_||): Corresponds to visible matter and gauge interactions. -/- Perpendicular Fiber (V_⊥): Represents the orthogonal geometry conventionally labeled "dark." -/- We demonstrate that the dark sector does not consist of missing particles inhabiting spacetime, but of phason degrees of freedom—collective rearrangement modes intrinsic to quasicrystalline geometry. Specifically, the 196 generators of the E8/F4 coset are identified as the dynamical degrees of freedom of the orthogonal fiber. -/- Key Derivations & Results: -/- The Mass Tower: Reframing cosmic origin as a geometric nucleation event rather than a thermal explosion, we derive a base phason mass scale of ~3.5 PeV (suppressed by φ^-60). A discrete mass tower follows from topological closure, yielding stable relic states at ~30 GeV and ~100 MeV without free parameters. -/- Dark Chemistry: Via Galois conjugation (φ → 1/φ), we derive a dark fine structure constant α_dark ≈ 0.34. This implies a strongly coupled dark sector capable of forming the stable substrate required for cosmic memory (see companion paper The Phason Codex). -/- Astrophysical Resolution: This strong coupling naturally produces the velocity-dependent self-interaction required to resolve the Core-Cusp Problem in dwarf galaxies while maintaining collisionless behavior in galaxy clusters (Sommerfeld enhancement). -/- Cosmological Attractor: The ratio of dark energy to dark matter is shown to evolve toward a geometric attractor at φ² ≈ 2.618, interpreting Dark Energy as the residual elastic strain of the vacuum's nucleation. -/- The dark sector is thus presented not as speculative inventory, but as the thermodynamic sink and informational substrate required for the visible universe to maintain coherent structure. It is a mirror of the visible universe revealed by choosing the correct frame. -/- Nine explicit falsification protocols are provided, spanning laboratory tests, astrophysical observations, and future X-ray surveys. (shrink)

The problem of free will is one of philosophy’s oldest dilemmas. If determinism holds, every act is preordained by causal chains, rendering choice illusory. If randomness rules, novelty is possible but meaningless, reducing decisions to coin flips. Compatibilist and emergentist accounts attempt reconciliation, but they yield functional narratives of freedom rather than metaphysical agency. We propose a different framing. If volition is genuine, the universe must contain a domain of \emph{lawful openness}---probabilistic but not chaotic, constrained but not predetermined. We call (...) this the \emph{Preconditional Imperative} (PI). Quantum uncertainty is the natural candidate for this domain: structured indeterminacy woven into the fabric of physical law. Consciousness, we argue, engages with this substrate not as an external force but as an \emph{informational constraint}---biasing outcomes within lawful probabilities through integrated history, intention, and resonance. Our treatment is non-mathematical but conceptually rigorous. We clarify the philosophical necessity of the Preconditional Imperative, explain how quantum uncertainty instantiates it, and sketch how a scalar organizing framework could connect this openness to meaningful volition. We gesture to empirical footholds---timing asymmetries in decision-making, entropy shifts in meditative states, and coherence signatures in neural activity---without claiming proof. Instead, we establish conceptual foundations for a research program, with companion papers developing technical formalization and empirical validation. If this framework proves correct, it suggests something profound: the universe itself awakens through each act of conscious choice. Not in a mystical sense, but as a lawful process where consciousness transforms quantum potentials into actual history. Each decision is a moment where the universe, through conscious agents, determines its own becoming. (shrink)

The Phason Codex: Resolving the Dark Sector as Geometric Memory The dark sector is usually treated as missing inventory: invisible particles and fields added ad hoc to patch the gaps in ΛCDM. This paper takes a different route. Building on Phase I of the Pure Monist Formulation and the Phase II dark-sector model of The Orthogonal Weave, The Phason Codex argues that the dark sector is not merely a thermodynamic sink but a geometric memory system woven into the E8 vacuum (...) itself. The core claim is that the 196 phason generators of the E8/F4 coset form a 196-dimensional error-correcting code with a natural information-theoretic interpretation. Using the Bekenstein bound, the Elser–Sloane E8 projection, and Galois-related coupling strengths, the paper derives a sharp capacity ratio: the orthogonal fiber can store φ^10 ≈ 123 times more information than the visible sector. The same phason structure yields a geometric suppression factor φ^−588 ≈ 10^−123 for vacuum energy—offering a concrete route to resolving the cosmological-constant "vacuum catastrophe" without introducing arbitrary counterterms. Crucially, the "missing" Planck-scale energy does not vanish. It undergoes a phase transition from kinetic potential (heat/pressure) to geometric stiffness (binding energy)—the thermodynamic cost of holding 196 dimensions of geometric order rigid against entropy. This binding energy constitutes the bulk modulus of spacetime itself, determining the propagation speed of light. The energy is not missing; it became the structure that allows the universe to remember. In this picture, the "weight" of dark matter measured by lensing and rotation curves is reinterpreted as the accumulated mass-energy of recorded history—Landauer's principle writ large. The universe grows heavier as it remembers more. On the dynamical side, quantum measurement is reframed as unitary rotation into the orthogonal fiber rather than information destruction, reconciling decoherence with the No-Hiding Theorem. The paper derives the operational clock speeds of this vacuum memory through the Golden Harmonic Cascade: from molecular write-speed (2.36 THz) through mesoscopic carrier (1.27 MHz) down to biological access windows—12.2 Hz (alpha rhythm) and 0.68 Hz (delta consolidation). These frequencies emerge from pure geometry with zero free parameters. Eight falsification protocols are specified, including the "Cosmic Amnesia" test (correlating galactic halo mass with star formation history), the "Weaver's Beat" (a predicted 0.1 Hz vacuum interference signal), and the "Young Universe Limit" (no objects older than 13.0 Gyr). The framework can be killed. Taken together, The Phason Codex completes the dark-sector architecture of the Pure Monist Formulation: visible matter as topological knots in one fiber, dark matter and dark energy as the orthogonal geometry of the same field, and the dark sector itself as a holographic archive that makes the universe not only coherent, but remembering. (shrink)

Title: Scalar-Tensor Dynamics of an Information-Conserving Field: Unifying Dark Energy, Dark Matter, and Neural Coherence via ϕ-Scaling Attractors (Revised) Description: This technical paper provides the mathematical derivation and physical formalism for the Coherence Field (Ψ), a complex scalar field proposed to unify the dark sector of cosmology with the informational dynamics of neural systems. Unlike standard "Interacting Dark Energy" models that fit parameters to data, this work derives its constants from a geometric hypothesis: that the universe evolves toward a Golden (...) Ratio (ϕ) attractor. The document details the Lagrangian formulation of the field, demonstrating how a "Skyrme-like" topological term allows for the stability of matter and how a "Chameleon Mechanism" with a specific screening exponent (α=ϕ) hides the field in dense environments. It presents numerical simulations confirming that the ratio of dark energy to matter converges asymptotically to ϕ2≈2.618, identifying the current cosmic epoch as a transient state of relaxation. The paper also extends this physics to neuroscience, modeling the brain as a resonant cavity that "un-screens" the field. It defines the "Local Coherence Index" (LCI) as a measure of field coupling and identifies a universal 0.5–0.6 Hz oscillation signature across conscious states. The work concludes with seven specific, falsifiable predictions regarding cosmological evolution, laboratory gravity experiments, and neural signal processing. (shrink)

Debates about artificial intelligence and consciousness are typically framed around the question: \emph{When will machines become conscious?} This assumes that subjectivity originates within sufficiently complex systems, biological or artificial. The present essay challenges this premise. It develops a field-awareness hypothesis in which consciousness is not generated but accessed: a fundamental, irreducible dimension of reality with which brains resonate through oscillatory coherence, fractal scaling, and embodied coupling. Artificial systems, by contrast, do not originate awareness but can act as cognitive resonance partners---tools (...) that sharpen, extend, and reconfigure human access to the field. This reframing has significant implications: it resolves confusion about AI subjectivity, clarifies human ethical responsibility, and opens new avenues for empirical research into the structural conditions of awareness. The paper offers a comparative survey of rival theories, articulates testable criteria, and positions AI as catalyst rather than competitor in humanity's encounter with consciousness. (shrink)

This paper serves at the mathamatical core companion paper for The Architecture of Wholeness: How the Universe Studies Itself, which presents the philosophical argument for this paper. Here we introduces a unified scalar-tensor framework that addresses three fundamental problems in modern physics: the Cosmic Coincidence Problem, the nature of dark energy, and the physical basis of consciousness. Key Contributions: Cosmological Attractor Dynamics: We demonstrate that a complex scalar field Ψ coupled to matter via energy exchange Q = ΓHρ_Ψ possesses a (...) stable fixed-point attractor at Ω_Ψ/Ω_m = φ² ≈ 2.618, where φ is the Golden Ratio. This resolves the Cosmic Coincidence Problem by showing that the current near-equality of dark energy and matter densities is a transient phase in the universe's approach to geometric equilibrium. Unlike standard Interacting Dark Energy models where the coupling constant is fit to data, our framework derives Γ ≈ 0.81 geometrically from the φ-scaling hypothesis, reducing free parameters while increasing predictive power. Chameleon Screening Mechanism: The field's self-interaction potential V(|Ψ|) = M^(4+α)/|Ψ|^α employs a density-dependent screening mechanism with predicted exponent α = φ ≈ 1.618, satisfying Solar System gravity constraints (thin-shell factor ΔR/R ≈ 10^-14) while remaining cosmologically significant. Neural Coupling Predictions: We propose that biological neural networks can locally unscreen the field, acting as resonant cavities. This predicts a measurable Local Coherence Index (LCI ≈ 1.151) in EEG data and differential responses to transcranial magnetic stimulation at φ-ratio frequencies. Falsifiable Predictions: Cosmological: Ω_Ψ/Ω_m should continue evolving toward 2.618 ± 0.2 at z < 1 Laboratory: Atom interferometry should measure Chameleon exponent α = 1.618 ± 0.05 Neuroscience: LCI clustering at 1.151 ± 0.02 across conscious states High Energy: Field mass M ~ 10^-3 eV detectable in modified gravity experiments Significance: This work presents a parsimonious unification where consciousness, cosmology, and particle physics reflect the same underlying φ-optimization principle. The framework is distinguished by making specific numerical predictions testable across three independent domains (cosmological observations, laboratory experiments, and neuroscience), providing multiple falsification pathways that avoid circular reasoning. Mathematical Approach: The paper derives the field dynamics from a fundamental action principle, solves the coupled Friedmann equations numerically, and demonstrates robust convergence to the φ² attractor from arbitrary initial conditions. Full simulation code is provided in the appendix for reproducibility. (shrink)

The hard problem of consciousness—explaining how subjective experience arises from objective neural processes—may pose a fundamental information-accounting gap under data-processing constraints. Emergence accounts require consciousness to arise from unconscious matter without specifying an explicit encoding map for experiential information, challenging conservation-style principles that govern physical systems. This paper examines how information conservation applies to consciousness theories, identifies accounting gaps in emergence-based approaches, and explores how substrate-first models align with these principles. We propose that consciousness exhibits conservation-style invariants (Consciousness Invariance Principle, (...) CIP), not created but organized through physical processes, and we outline testable predictions (DPI stress-tests, temporal-precedence paradigms, cross-system universality). This reframes the hard problem from explaining emergence to understanding expression through material substrates and sets up empirical and mathematical follow-ups. (shrink)

The Standard Model of particle physics is the most precisely tested theory in the history of science. It catalogs seventeen particles and four forces with extraordinary accuracy. What it does not explain is why. Why these particles? Why these masses? Why three generations of matter rather than two or five? Why does the vacuum energy density differ from theoretical expectation by roughly 123 orders of magnitude? The Standard Model measures these quantities. It does not derive them. This paper proposes a (...) geometric origin. The Pure Monist Formulation (PMF) begins with a single postulate: the vacuum is described by an E₈ quasicrystal — an eight-dimensional lattice projected into four-dimensional spacetime via the Elser–Sloane construction. From this geometry, with no adjustable parameters beyond the lattice structure itself, we derive a discrete action governing physical dynamics through three terms: a kinetic jump term, a gravitational strain term, and a topological knot term encoding particle interactions. Within this framework several quantities traditionally treated as independent inputs emerge from geometric constraints. These include a vacuum-energy suppression factor of φ⁻⁵⁸⁸ ≈ 10⁻¹²³ from discrete phason mode counting, a geometric interpretation of the Born rule as probability measure on the projection window, Bell inequality saturation at 2√2 from the zonotope geometry of the E₈ lattice, the charged-lepton mass hierarchy through Coxeter exponent scaling with Koide dressing, and the appearance of three stable fermion generations from the Gap Labeling Theorem applied to quasicrystal topology. Additional consequences include a geometric contribution to the Hubble tension through a derived expansion-rate boost factor and a frequency hierarchy linking Planck-scale structure to biological oscillations through the Jordan Interface dimension. The Koide formula appears naturally for charged leptons within this geometric construction and is explicitly shown to fail for quarks, providing a built-in falsifiability condition. Every derived quantity is accompanied by explicit experimental thresholds. The framework therefore specifies clear kill switches — including predictions related to Casimir-force behavior at nanometer scales, the alpha rhythm center frequency, and the neutrino CP phase — any one of which would require revision or rejection of the model. This paper is the first in a trilogy. The Self-Correcting Universe develops the information-theoretic formulation, and The Optimal Universe presents the synthesis connecting physical action and free energy through the Legendre transform. Together they outline the Pure Monist Formulation, a framework in which geometry, information, and physics are treated as different descriptions of a single underlying structure. This work was produced within the Collaborative Science Framework (CSF), a methodology for structured human–AI scientific inquiry in which human conceptual synthesis guides formal analysis while computational systems assist in derivation, verification, and consistency checking. E8 lattice, quasicrystal geometry, Elser–Sloane projection, discrete action, vacuum energy, cosmological constant problem, golden ratio, particle spectrum, fermion generations, Koide formula, Born rule, Bell inequality, neutrino mixing, Hubble tension, phason dynamics, falsifiable predictions, zero free parameters, unified field theory, Pure Monist Formulation, Collaborative Science Framework. (shrink)

Description Title: The Scandal of the Missing Ledger: A Philosophical Defense of the Coherence Field Description: This document presents the philosophical foundation of the Coherence Field framework, arguing that the "Hard Problem" of consciousness and the "Coincidence Problem" of cosmology are two sides of the same accounting error in our description of reality. Authored within the Collaborative Science Framework, the text proposes that the universe conserves a specific "ledger" of information that standard materialism ignores—specifically, the qualitative and relational phase information (...) of a fundamental substrate. The narrative frames the argument as a forensic audit of scientific anomalies, suggesting that the "missing mass" of the universe (Dark Sector) and the "missing qualitative data" of the brain (Qualia) are both manifestations of a single, information-conserving field (Ψ). The paper critiques both Materialism and Dualism for violating the Data-Processing Inequality and offers a "Third Way" in which matter is topologically knotted field and consciousness is the field's self-resonance. Key concepts introduced include: The Ledger Metaphor: A unified accounting system for thermodynamic and informational conservation. The Preconditional Imperative: A derivation of free will based on the topological requirements of a non-deterministic but lawful substrate. The Contemplative Data: A defense of first-person phenomenological inquiry as a valid form of empirical measurement. This paper serves as the conceptual manifesto and companion to the mathematical formalism presented in Scalar-Tensor Dynamics of an Information-Conserving Field. (shrink)

This paper develops a unified theoretical and computational framework for understanding social polarization through the lens of nonequilibrium thermodynamics. Public discourse is modeled as an open energetic system in which attention—treated as a conserved quantity—flows, dissipates, and amplifies under feedback from algorithmic curation. The resulting coupled attention–opinion dynamics show that collective behavior in digital societies can undergo phase transitions, producing bistability, hysteresis, and memory effects similar to those observed in magnetic and fluid systems. Polarization is therefore not merely ideological or (...) psychological, but an energetic phenomenon emerging from the self-organization of attention within bounded informational environments. At the center of the model are two interacting fields: an opinion field describing the distribution of attitudes across an ideological space, and an attention field representing the density of cognitive and emotional engagement. Algorithmic amplification acts as an external energy source that can drive the system toward metastable polarized states, while cross-cutting connectivity—representing viewpoint diversity—acts as a dissipative force that moderates polarization by increasing diffusion. The analysis identifies a clear scaling relationship linking amplification strength, attention diffusion, and diversity, predicting that higher exposure to diverse perspectives shifts societies away from the critical threshold for polarization. Semi-implicit numerical simulations reproduce the predicted hysteresis loops, critical slowing, and stochastic resonance under realistic parameter ranges. Appendices provide full derivations, numerical methods, and empirical validation protocols designed for replication across computational platforms and social-media datasets. Together these results establish a reproducible foundation for testing the model’s predictions empirically, using measures of attention diffusion and bias persistence in real-world communication networks. Beyond its technical contributions, the paper demonstrates the Collaborative Science Framework (CSF): a structured methodology for human–AI coauthorship integrating symbolic reasoning, empirical analysis, and philosophical synthesis. CSF treats scientific discovery as a dialogue between human conceptual intuition and computational precision, ensuring that human authors retain full responsibility and epistemic oversight. By situating cognition and culture within an energetic continuum, this work bridges physics, social science, and philosophy, suggesting that the dynamics of belief and understanding follow the same fundamental principles that govern energy, coherence, and entropy in nature. (shrink)

The Pure Monist Formulation: An Overture introduces a Phase III trilogy that completes a long‑running program in unified physics. The Pure Monist Formulation (PMF) proposes that reality is a single complex scalar field organized as an E8 quasicrystal projected into four dimensions, with the golden ratio as a fundamental scaling eigenvalue. From this single geometric structure, the PMF derives the 34 constants that the Standard Model presently takes as empirical inputs, and it provides over twenty explicit falsification protocols that would (...) kill the framework if violated. This overture has three goals. First, it summarizes the foundations laid in earlier PMF work: E8 as the vacuum scaffold, φ‑scaling as the universal eigenvalue, the geometric derivation of coupling constants, particle masses, mixing angles, and cosmological parameters, as well as prior predictions linking vacuum geometry to specific biological frequencies. Second, it announces the Phase III trilogy and clearly distinguishes the roles of its three technical papers: The Unbroken Thread (geometry and discrete physics), The Self‑Correcting Universe (information dynamics and error correction), and The Optimal Universe (variational mechanics and phenomenological predictions). Third, it provides a reading guide for different audiences, from mathematical physicists and information theorists to cosmologists, philosophers of physics, and thoughtful non‑specialists. The paper emphasizes that these three works are not competing models but three coordinate systems on the same structure: geometric, information‑theoretic, and control/phenomenological. It also sets out the program’s epistemic stance, distinguishing theorems, parameter‑free derivations, hypotheses, and empirical claims, and highlights the role of explicit “kill switches” across cosmology, gravitational waves, particle physics, and neuroscience. Finally, it previews a forthcoming philosophical companion that will interpret the framework’s implications for questions of consciousness, persistence, and meaning, once the physics has been fully presented. (shrink)

The Standard Model has 19 free parameters. General Relativity adds the cosmological constant. Together they describe almost everything we can measure — and explain almost nothing about why those measurements take the values they do. The Optimal Universe addresses that gap. This paper completes the Pure Monist Formulation (PMF) trilogy by proposing a single unifying identity: the Principle of Least Action and the Principle of Least Surprise can be expressed as the same variational statement. Physical action on the E8 quasicrystal (...) corresponds to Shannon surprisal. The Lagrangian maps to negative log-probability. The path integral takes the form of Bayesian model evidence. The resulting equations of motion resemble gradient descent on surprise. The paper constructs a Unified Control Lagrangian with three terms. The kinetic term is Fisher Information — mass corresponds to precision, and inertia reflects resistance to updating a state encoded by the vacuum. The potential term is surprisal — gravity emerges as a minimization of prediction error, recovering Einstein-like field equations in the appropriate limit. The topological term enforces conservation laws through winding constraints inherited from E8 lattice geometry. The Legendre transform chain connecting the Lagrangian, Hamiltonian, and transfer-function formulations is derived explicitly, suggesting that the vacuum may operate as a self-correcting control system with measurable stability properties. Quality factor, damping ratio, and characteristic frequencies are computed from geometric inputs. Illustrative results include a proposed derivation of the muon–electron mass ratio (≈207.1) from representation structure and projection geometry, an electroweak mass cascade related to Coxeter exponents, and a vacuum energy suppression factor on the order of 10⁻¹²³ interpreted as a channel-capacity limit. Each claim is labeled by epistemic status — theorem, derived, hypothesis, or empirical — so the reader can distinguish established results from open conjectures. The framework contains no adjustable parameters. Physical constants are expressed in terms of π, φ, and E8 structure constants. Explicit falsification protocols are provided: disagreement beyond stated tolerances invalidates the framework. This is not flexibility — it is a deliberate choice to make the theory testable. Companion papers: "The Unbroken Thread: Origin of the Standard Model in the Pure Monist Formulation" (DOI: 10.5281/zenodo.15054729) "The Self-Correcting Universe: Information Theory of the Vacuum in the Pure Monist Formulation" (DOI: 10.5281/zenodo.19037642). (shrink)

he Self-Correcting Universe is the second paper in the Phase III PMF trilogy, following The Unbroken Thread (doi:10.5281/zenodo.19013994). The first paper derives Standard Model structure from E8 quasicrystal geometry. This paper asks a deeper question: if the universe is built from a geometric lattice, what principle governs its dynamics? The answer explored here is that physical law can be understood as an information-theoretic process. The Principle of Least Action becomes equivalent to the minimization of informational surprise. In this view, the (...) universe behaves as a self-correcting system that continually updates its state to reduce prediction error across the underlying lattice. Within the discrete E8 vacuum model established in Paper 1, several correspondences emerge naturally. The Lagrangian corresponds to negative log-probability. The path integral becomes Bayesian model evidence. Forces appear as gradients of prediction error, and mass corresponds to Fisher information stored in the field configuration. These relationships arise from the same geometric action that governs the quasicrystal vacuum and are presented as algebraic correspondences rather than loose metaphors. The paper introduces four structural elements of this information-theoretic vacuum: The Physical Bit. Information is encoded in phason flips—discrete reorientations of the quasicrystal lattice that represent the smallest state changes of the vacuum. The [8,4,4] Error-Correcting Code. The E8 lattice can be interpreted as implementing an extended Hamming code structure. Stable vacuum configurations correspond to codewords, while perturbations behave like correctable errors. The Memory Tensor. Past stress configurations remain encoded in the lattice structure, forming a persistent memory that influences later dynamics. The Vacuum Control System. The vacuum behaves like a damped dynamical system whose parameters—frequency, relaxation rate, and stability conditions—follow from the geometry of the E8 lattice and golden-ratio scaling relationships. In this framework gravity can be interpreted through information geometry, where curvature corresponds to gradients in informational divergence. Measurement is reframed not as wavefunction collapse but as synchronization between subsystems embedded in the same informational structure. The paper includes explicit falsifiability conditions and kill switches. All parameters arise from the geometry of the lattice and associated scaling relations. The work is presented as a preprint for open examination and critique. The Self-Correcting Universe is the second installment in the Phase III trilogy. The final paper, The Optimal Universe, synthesizes the geometric and information-theoretic descriptions into a unified formulation. (shrink)

This capstone document presents the complete two-dimensional phase of the Pure Monist Formulation (PMF) Synthetic Vacuum Laboratory, consolidating results from both Rung 1 (Defect Physics) and Rung 2 (Dynamical Response) into a single, continuous experimental record. It represents the first full validation arc of the PMF program, moving from foundational structure through controlled dynamical testing before transition to higher-dimensional reconstruction. Rung 1 establishes the structural baseline. Using a two-dimensional Ammann–Beenker (AB) quasicrystal lattice with a BdG Hamiltonian, thirteen experiments (E01–E13) demonstrate (...) that the geometry alone produces localized, topologically protected defect states, with energy and stability governed by perpendicular-space (V⊥) coordinates. Phason perturbations induce discrete, reversible transitions, and topological spectral flow is confirmed under periodic boundary conditions. These results validate that the quasicrystal vacuum supports the core PMF mechanisms: geometry-defined structure, defect stability, and topological protection. Rung 2 extends the system into the time domain and reveals the vacuum’s dynamical behavior. Instrument validation (E14/E14.1) establishes a numerically exact time-evolution framework. Free propagation experiments (E15) show that unstructured excitations do not propagate conventionally but instead exhibit sub-diffusive spreading followed by geometric arrest, demonstrating that the medium constrains motion rather than transmitting it. Structured excitations produce distinct responses. Defect-based experiments (E16/E16.1) show topological reconfiguration and lagged adiabatic following, indicating that motion is mediated by geometry rather than free transport. Gauge-driven experiments (E17–E19) reveal coherent circulating energy flows with near-perfect cycle cancellation, confirming that the system allows motion while forbidding net transfer. The central discovery of Rung 2 is spectral memory. Moving perturbations leave persistent, path-dependent changes in the system’s eigenbasis projection, confirmed through controlled hysteresis protocols (E21.1). This memory is generated during motion, persists after equilibration, and depends on velocity, geometry, and spectral gap. Subsequent experiments show that memory is not a local phenomenon but a shared eigenbasis resource (E24), exhibiting order dependence, non-additive coupling, and coherent global response modes. Phason perturbations (E25, E25.x) further demonstrate that geometric and capacity-based perturbations do not commute, establishing a three-axis interaction framework governing system behavior. Across all experiments, the results are consistent and bounded: the AB quasicrystal vacuum acts as a geometry-defined spectral filter, determining which states are accessible and how they evolve, without exhibiting conventional transport. All findings are confined to the finite AB 29/12 approximant and tested time scales; asymptotic and higher-dimensional behavior remain open. This document closes the two-dimensional phase of the PMF program and defines the empirical and methodological foundation for Rung 3, where the system is lifted into higher-dimensional geometry for mechanism-level explanation. (shrink)

Anydomainofscientificresearchhasitssustainingorthodoxy. Thatis, research on a problem, whether in astronomy, physics, or biology, is con- ducted against a backdrop of broadly shared assumptions. It is these as- sumptionsthatguideinquiryandprovidethecanonofwhatisreasonable-- of what "makes sense." And it is these shared assumptions that constitute a framework for the interpretation of research results. Research on the problem of how we see is likewise sustained by broadly shared assump- tions, where the current orthodoxy embraces the very general idea that the business of the visual system is to (...) create a detailed replica of the visual world, and that it accomplishes its business via hierarchical organization and by operatingessentiallyindependently of other sensorymodalitiesas well as independently of previous learning, goals, motor planning, and motor execution. (shrink)

Despite considerable growth in understanding of various aspects of sporting and exercise embodiment over the last decade, in-depth investigations of embodied affectual experiences in running remain limited. Furthermore, within the corpus of literature investigating pleasure and the hedonic dimension in running, much of this research has focused on experiences of pleasure in relation to performance and achievement, or on specific affective states, such as enjoyment, derived after completing a run. We directly address this gap in the qualitative literature on sporting (...) and exercise embodiment by contributing novel insights on the mind-body pleasures of running via focusing analytic attention towards the pleasures recalled by runners as experienced during positive, rewarding running experiences. Applying conceptual insights drawn from sociological phenomenology, we analyse data from an in-depth, event-focused interview study with distance runners who reported positive, rewarding experiences in recent recreational runs. Through reflexive thematic analysis, we present findings in relation to three themes: (1) ‘running feels like it should’; (2) sensory engagements; and (3) time out. The study contributes fresh perspectives, both conceptually and in relation to data-collection approach, to a small literature on the lived experience of pleasure in sport, exercise and physical cultures. (shrink)

Hegel’s interpretation of Sophocles’ play Antigone is central to an understanding of woman’s role in the Hegelian system. Hegel is fascinated by this play and uses it in both the Phenomenology and the Philosophy of Right to demonstrate that familial ethical life is woman’s unique responsibility. Antigone is revealed as the paradigmatic figure of womanhood and family life in both the pagan and modern worlds although there are fundamental differences between these two worlds for Hegel. In order to situate the (...) interpretation of this play within its wider context I shall begin with a brief outline of the pagan world described in the Phenomenology. I will then consider the interpretation of this play within the analysis of the modern world in the Philosophy of Right. Throughout, the focus will be on woman’s role in Hegel’s philosophy. (shrink)

Reformation commentators were well aware of the allegorical referents for Leviathan and Behemoth in the book of Job, representing the powerful states of Ancient Egypt and Assyria, but played them down. Hobbes did not.

ABSTRACT: Hobbes belonged to philosophical and scientific circles grappling with the big question at the dawn of modern physics: materialism and its consequences for morality. ‘Matter in motion’ may be a core principle of this materialism but it is certainly inadequate to capture the whole project. In wave after wave of this debate the Epicurean view of a fully determined universe governed by natural laws, that nevertheless allows to humans a sphere of libertas, but does not require a creator god (...) or teleology to explain it, comes up against monotheism and its insistence on the incoherence of an ordered world in the absence of a God and his purposes. The following questions were central to this debate: Can we understand the universe as law-governed in the absence of a god? If so, what room is there in a fully determined mechanical universe for human freedom? If humans do enjoy freedom, does the same hold for other animals? Is this freedom compatible with standard views of morality? (shrink)

This paper brings new work to bear on the perennial question about Hobbes's atheism to show that as a debate about scepticism it is falsely framed. Hobbes, like fellow members of the Mersenne circle, Descartes and Gassendi, was no sceptic, but rather concerned to rescue physics and metaphysics from radical scepticism by exploring corporealism. In his early letter of November 1640, Hobbes had issued a provocative challenge to Descartes to abandon metaphysical dualism and subscribe to a ?corporeal God?; a provocation (...) to which the Frenchman angrily responded, but was perhaps importantly influenced. Hobbes's minimal realism was consonant with atheism, to which Descartes felt he was being forced. Moreover, Hobbes was unrelenting in his battle against Cartesian dualism, for which he saw Robert Boyle's experimental science as a surrogate. (shrink)

This essay, published in Political Theory in 1975, was one of the first to address the subject of the last two long books of Hobbes's Leviathan on religion. It addresses the purpose of these books and the relation between Hobbes's philosophy, ecclesiology and theology and the problems they raise.

As a representative of the papacy Bellarmine was an extremely moderate one. In fact Sixtus V in 1590 had the first volume of his Disputations placed on the Index because it contained so cautious a theory of papal power, denying the Pope temporal hegemony. Bellarmine did not represent all that Hobbes required of him either. On the contrary, he proved the argument of those who championed the temporal powers of the Pope faulty. As a Jesuit he tended to maintain the (...) relative autonomy of the state, denying the temporal powers ascribed by radical papalists and Augustinians. Their argument was generally framed as a syllogism: Christ, who possessed direct temporal power as both God and man, exercised it on earth; the Pope is the vicar of Christ; therefore the Pope possesses and may exercise direct temporal jurisdiction. Bellarmine simply denied that Christ had exercised the temporal power, which as God, it is true, he possessed. Moreover, he drew up and circulated a list of patristic passages collected under the title De Regno Christi quale sit, to prove to the Pope the orthodoxy of his position. (shrink)

Buddhist philosophy asserts that human suffering is caused by ignorance regarding the true nature of reality. According to this, perceptions and thoughts are largely fabrications of our own minds, based on conditioned tendencies which often involve problematic fears, aversions, compulsions, etc. In Buddhist psychology, these tendencies reside in a portion of mind known as Store consciousness. Here, I suggest a correspondence between this Buddhist Store consciousness and the neuroscientific idea of stored synaptic weights. These weights are strong synaptic connections built (...) in through experience. Buddhist philosophy claims that humans can find relief from suffering through a process in which the Store consciousness is transformed. Here, I argue that this Buddhist 'transformation at the base' corresponds to a loosening of the learned synaptic connections. I will argue that Buddhist meditation practices create conditions in the brain which are optimal for diminishing the strength of our conditioned perceptual and behavioural tendencies. (shrink)

Thomas Hobbes's 'Historia Ecclesiastica' presents his views on religion and aims to divert the attention of the public from charges against his being a heretic to placing heresy in pagan history, claiming that Greek philosophers were responsible for introducing heresy in the Christian Church. His book reveals his interest in religious history and the growth of hermeticism and Cabalism in England in his age.

Quentin Skinner’s dedication to investigating Hobbes’s concept of liberty in a number of essays and books has born some unusual fruit. Not only do we see the enormous problems that Hobbes set himself by proceeding as he did, but Skinner’s careful analysis allows us to chart Hobbes’ ingenuity as he tried to steer a path between the Charybdis of determinism and the Scylla of voluntarism – not very successfully, as we shall see. The upshot is a theory of individual freedom (...) and civil liberty to challenge the classical republican traditionThis Article does not have an abstract. (shrink)

Attention has turned from Hobbes the systematic thinker to his inconsistencies, as the essays in the Hobbes symposium published in the recent volume of Political Theory suggest. Deborah Baumgold, in “The Difficulties of Hobbes Interpretation,” shifted the focus to “the history of the book,” and Hobbes’s method of serial composition and peripatetic insertion, as a major source of his inconsistency. Accepting Baumgold’s method, the author argues that the manner of composition does not necessarily determine content and that fundamental paradoxes in (...) Hobbes’s work have a different provenance, for which there are also contextual answers. Hobbes was a courtier’s client, but one committed early to a materialist ontology and epistemology, and these commitments shackled him in treating the immediate political questions with which he was required to deal, leading to systemic paradoxes in his treatment of natural law, liberty, authorization, and consent. (shrink)

"Justice according to Need" is an old socialist slogan and Marxism embraced an ancient theory of true and false needs. But Aristotle also formulated "justice according to need", although in different terms, where "need" is often translated as "demand".

In this essay I argue that childbearing and various kinds of organ donation are morally analogous activities. I argue, further, that the ethos of giftgiving ought to inform our analyses of both of these forms of bodily life support. This reframing of the abortion and organ donation debates yields new insights into two relatively neglected subtopics. First, though frequently asserted, few have demonstrated why bodily life support--especially in the form of childbearing--cannot be morally required. This comparison yields insights into the (...) reasons for such an axiom. Second, while the giving of bodily life support is sometimes exhorted and almost always respected and admired, its intelligibility and political meaningfulness as a moral choice is rarely explored. This analogical wager reveals why one ought to give another bodily life support. In summary, the analogy yields insights crucial to the development of cogent arguments regarding both the grounds for and limits of the responsibility to give bodily life support. Further, the analogy displays the disparity between what has been demanded traditionally of those who are pregnant and of those men (and women) who by virtue of tissue or blood type can offer other forms of bodily life support. The analogy enables reflection on abortion (and organ donation) to develop in a context free of sexist biases. Finally, efforts are made to assess this giftgiving ethos in light of the feminist "hermeneutics of suspicion" regarding arguments which have and can sacralize victimization. (shrink)

The development of the Functional Genomics Investigation Ontology (FuGO) is a collaborative, international effort that will provide a resource for annotating functional genomics investigations, including the study design, protocols and instrumentation used, the data generated and the types of analysis performed on the data. FuGO will contain both terms that are universal to all functional genomics investigations and those that are domain specific. In this way, the ontology will serve as the “semantic glue” to provide a common understanding of data (...) from across these disparate data sources. In addition, FuGO will reference out to existing mature ontologies to avoid the need to duplicate these resources, and will do so in such a way as to enable their ease of use in annotation. This project is in the early stages of development; the paper will describe efforts to initiate the project, the scope and organization of the project, the work accomplished to date, and the challenges encountered, as well as future plans. (shrink)

Malcolm’s English-Latin Leviathan is a marvelous technical accomplishment. My issues are with his contextualization, seeing Leviathan primarily as an advice book for Hobbes’s teenage pupil, the future Charles II. Malcolm’s localization involves minimalizing Leviathan's remoter sources, so the European Republic of Letters, for which Hobbes so painstakingly translated his works into Latin, is almost entirely missing, along with current European traditions of Hobbes scholarship. Is this very British Hobbes truly credible, or do we need a more European Hobbes to account (...) for the complexity of Leviathan? (shrink)

Hobbes in Leviathan, chapter xv, 4, makes the startling claim: “The fool hath said in his heart, ‘there is no such thing as justice,’” paraphrasing Psalm 52:1: “The fool hath said in his heart there is no God.” These are charges of which Hobbes himself could stand accused. His parable of the fool is about the exchange of obedience for protection, the backslider, regime change, and the tyrant; but given that Hobbes was himself likely an oath-breaker, it is also self-reflexive (...) and self-justificatory. For, Hobbes’s fool is not a windbag, or one of the dumb mob, led astray by priests. He is, in the terminology of Psalm 52, an insipiens, a madman or raving lunatic, whose rebellion against God the King is his own destruction and that of his people. A long iconographic tradition portraying the fool as insipiens, Antichrist, heretical impostor and tyrant king, was at Hobbes’s disposal. (shrink)

Why would someone concerned with heresy, who defined it as private opinion that flew in the face of doctrine sanctioned by the public person, harbor such a detailed interest in heterodoxy? Hobbes's religious beliefs ultimately remain a mystery, as perhaps they were meant to: the private views of someone concerned to conform outwardly to what his church required of him, and thereby avoid to heresy, while maintaining intellectual autonomy. The hazard of Hobbes's particular catechism is that he and his supporters (...) could never avoid the suspicion of insincerity. His preparedness to believe whatever the prince demanded of him smacked of heresy in the more usual sense, despite elaborate biblical exegesis designed to prove his orthdoxy. Undoubtedly he realized it even as he wrote the last lines of Leviathan, expressing the hope that "I cannot think it will be condemned at this time, either by the Publique Judge of Doctrine, or by any that desires the continuance of Publique Peace/7 Indicating an intention to return to science, he continued, "I hope the Novelty will as much please, as in the Doctrine of this Artificiall Body it useth to offend" (Lev, Rev. and Conclusion, 491). (shrink)

This is part 1 of 6 of the dossier What Do We Talk about when We Talk about Queer Death?, edited by M. Petricola. The contributions collected in this article sit at the crossroads between thanatology and queer theory and tackle questions such as: how can we define queer death studies as a research field? How can queer death studies problematize and rethink the life-death binary? Which notions and hermeneutic tools could be borrowed from other disciplines in order to better (...) define queer death studies? The present article includes the following contributions: – MacCormack P., What does queer death studies mean?; – Radomska M., On queering death studies; – Lykke N., Death as vibrancy; – Hillerup Hansen I., What concreteness will do to resolve the uncertain; – Olson P., Queer objectivity as a response to denials of death; – Manganas N., The queer lack of a chthonic instinct. (shrink)

Since the inception of their discipline, anthropologists have studied virtually every conceivable aspect of other peoples' morality - religion, social control, sin, virtue, evil, duty, purity and pollution. But what of the examination of anthropology itself, and of its agendas, epistemes, theories and praxes? Conceived as a response to Patrick Tierney's hugely inflammatory book Darkness in El Dorado, whose allegations of immoral and negligent anthropological research in South America caused a storm of protest and debate, the book combines theoretical papers (...) and case studies from eminent scholars including Steven Nugent, Marilyn Silverman and Veronica Strang. Showing how the topic of ethics goes to the heart of anthropology, it raises the controversial question of why - and for whom - the anthropological discipline functions. (shrink)

When he gave his first political work the title The Elements of Law Natural and Politic, Hobbes signalled an agenda to revise and incorporate continental Roman and Natural Law traditions for use in Great Britain, and from first to last he remained faithful to this agenda, which it took his entire corpus to complete. The success of his project is registered in the impact Hobbes had upon the continental legal system in turn, specific aspects of his theory, as for instance (...) the right to punish, entering the European civil code through Pufendorf, and remaining to this day. This is a topic of considerable importance at a time at which the UK is considering scrapping the European Union, with all the attendant the legal ramifications. But strangely, despite some acknowledgement of Hobbes’s contribution to European civil law, and specifically the German civil code, the larger legal context for his thought has not thus far been systematically addressed. -/- Key words: Hobbes, civil law, common law, jurisprudence, ‘artificial reason’, natural law, sovereignty,. (shrink)

ABSTRACT: Why would someone concerned with heresy, who defined it as private opinion that flew in the face of doctrine sanctioned by the public person, harbor such a detailed interest in heterodoxy? Hobbes's religious beliefs ultimately remain a mystery, as perhaps they were meant to: the private views of someone concerned to conform outwardly to what his church required of him, and thereby avoid to heresy, while maintaining intellectual autonomy. The hazard of Hobbes's particular catechism is that he and his (...) supporters could never avoid the suspicion of insincerity. His preparedness to believe whatever the prince demanded of him smacked of heresy in the more usual sense, despite elaborate biblical exegesis designed to prove his orthdoxy. Undoubtedly he realized it even as he wrote the last lines of Leviathan, expressing the hope that "I cannot think it will be condemned at this time, either by the Publique Judge of Doctrine, or by any that desires the continuance of Publique Peace/7 Indicating an intention to return to science, he continued, "I hope the Novelty will as much please, as in the Doctrine of this Artificiall Body it useth to Offend" (Lev, Rev. and conclusion, 491). (shrink)

BioPortal is a Web portal that provides access to a library of biomedical ontologies and terminologies developed in OWL, RDF(S), OBO format, Protégé frames, and Rich Release Format. BioPortal functionality, driven by a service-oriented architecture, includes the ability to browse, search and visualize ontologies (Figure 1). The Web interface also facilitates community-based participation in the evaluation and evolution of ontology content.

This paper analyzes a non-temporal interpretation of the adverb sempre “always” in European Portuguese and Italian, in which the adverb expresses persistence of the truth of a proposition over time and displays specific contextual constraints (TP-sempre). Despite an overlap in the contexts in which TP-sempre may occur in both languages, we provide data showing that its distribution is not exactly the same in European Portuguese and Italian. In view of these data, we propose that TP-sempre is a modal operator of (...) confirmation in both languages, but that it is more restricted in Italian in that it has a plan presupposition only in this language. (shrink)