Ali Alhawarat M

HGD–GSR: A Structural Residual Test of Galaxy Dynamics

HGD–GSR is a locked-definition, zero-free-parameter structural residual analysis of galaxy rotation-curve data using the SPARC subset of the Unified Galaxy Rotation Curve Corpus v7.0. The study tests whether Q_bar, a compact descriptor of the radial baryonic hierarchy, retains me...

Galactic Gravitational Life-Belt Theory

The Galactic Gravitational Life-Belt Theory (GGLB) proposes that biological habitability should be considered as a hierarchical phenomenon beginning at the galactic scale rather than solely at the planetary or stellar scale. The theory introduces the concept of a Galactic Gravita...

Gravitational Collapse Beyond the Neutron-Star Limit: Can Standard-Model Matter Produce a Finite High-Density Core?

Revision III develops a refined mathematical formulation of the Słowik hypothesis concerning gravitational collapse beyond the neutron-star stability limit. The study examines whether Standard-Model matter in a collapsing ≈2.8-solar-mass configuration can access dense-QCD and ele...

Gravitational Collapse Beyond the Neutron-Star Limit: Can Standard-Model Matter Produce a Finite High-Density Core?

Revision III develops a refined mathematical formulation of the Słowik hypothesis concerning gravitational collapse beyond the neutron-star stability limit. The study examines whether Standard-Model matter in a collapsing ≈2.8-solar-mass configuration can access dense-QCD and ele...

HGD–GSR: A Structural Residual Test of Galaxy Dynamics

HGD–GSR is a locked-definition, zero-free-parameter structural residual analysis of galaxy rotation-curve data using the SPARC subset of the Unified Galaxy Rotation Curve Corpus v7.0. The study tests whether Q_bar, a compact descriptor of the radial baryonic hierarchy, retains me...

Galactic Gravitational Life-Belt Theory

The Galactic Gravitational Life-Belt Theory (GGLB) proposes that biological habitability should be considered as a hierarchical phenomenon beginning at the galactic scale rather than solely at the planetary or stellar scale. The theory introduces the concept of a Galactic Gravita...

Local Completion Is Not Transportability

This work studies a finite representation problem in which a representation may be exactly sufficient for one operational architecture while failing to preserve distinctions required after a change in the operational equivalence regime. The paper distinguishes three notions that...

Dual Flow Fibonacci: Complete Mathematical, Attribution and Quantum-Extension Record

This standalone record presents the mathematical core, attribution scope, visual provenance, and later quantum-mathematical extension associated with a bilateral dual-flow Fibonacci construction. The mathematical core includes the Fibonacci recurrence, golden-ratio identities, bi...

PTBU v1.0: Polar Thermal Breakwater Unit

The Polar Thermal Breakwater Unit (PTBU) is a hybrid coastal-protection concept that combines mechanical coastal protection with a sealed internal freshwater or low-salinity water core intended to undergo seasonal freezing and melting. The external form follows the logic of inter...

Finite-Barrier Double-Slit Scattering in Standard Quantum Mechanics: Numerical Separation of Through-Thickness and Finite-Wall Responses

This work studies a finite-potential, finite-thickness electron double slit entirely within the time-dependent Schrödinger equation. Three main findings survive numerical and adversarial checks. First, a sharp real-space partition between material and aperture contributions is no...

The Harmony of the Universe: The Harmony Within

The Harmony of the Universe: The Harmony Within is a philosophical and interdisciplinary exploration of humanity's expanding relationship with matter, energy, information, communication, and consciousness. The work develops a conceptual narrative beginning with humanity's early r...

Dual Flow Fibonacci: Complete Mathematical, Attribution and Quantum-Extension Record

This standalone record presents the mathematical core, attribution scope, visual provenance, and later quantum-mathematical extension associated with a bilateral dual-flow Fibonacci construction. The mathematical core includes the Fibonacci recurrence, golden-ratio identities, bi...

From Relations to Realized Form: Constraint, History, and Pattern Selection Across Matter, Fields, and Living Architecture

This paper develops a cross-domain selection architecture for understanding how constraints, relations, causal accessibility, environmental conditions, and history restrict the set of physically accessible states and thereby shape the forms that can persist. The framework is expr...

Finite-Barrier Double-Slit Scattering in Standard Quantum Mechanics: Numerical Separation of Through-Thickness and Finite-Wall Responses

This work studies a finite-potential, finite-thickness electron double slit entirely within the time-dependent Schrödinger equation. Three main findings survive numerical and adversarial checks. First, a sharp real-space partition between material and aperture contributions is no...

A Modular Desert Archipelago Architecture for Integrated Solar-Driven Water Production, Thermal Management, Agriculture, and Resource Recovery: A Concept Paper

This concept paper presents a modular, distributed architecture for desert water production that integrates seawater feed, elevated solar-driven evaporation, enclosed vapor transport, underground condensation and storage, localized photovoltaic-powered cooling, vegetation-assiste...

GTMEC-F1.2: Gravitational–Thermal Matter–Energy Confinement Hypothesis

The Gravitational–Thermal Matter–Energy Confinement Hypothesis (GTMEC) is a testable framework for studying whether the joint state of dark-matter gravitational confinement and baryonic radiative cooling carries temporally ordered predictive information about later baryonic conce...

PTBU v1.0: Polar Thermal Breakwater Unit

The Polar Thermal Breakwater Unit (PTBU) is a hybrid coastal-protection concept that combines mechanical coastal protection with a sealed internal freshwater or low-salinity water core intended to undergo seasonal freezing and melting. The external form follows the logic of inter...

GTMEC-F1.2: Gravitational–Thermal Matter–Energy Confinement Hypothesis

The Gravitational–Thermal Matter–Energy Confinement Hypothesis (GTMEC) is a testable framework for studying whether the joint state of dark-matter gravitational confinement and baryonic radiative cooling carries temporally ordered predictive information about later baryonic conce...

Physical Architecture of Living Systems: Nested Viability Windows from Galactic Scales to the Physics–Chemistry Interface

This manuscript develops a physical architecture for studying living systems as constrained states of matter and energy embedded within nested environmental domains. The framework examines how physical boundary conditions progressively restrict accessible state space from cosmolo...