RESEARCH BASE

Search 3,721 documents across 34 fields — every claim tier-rated by evidence

3,721 Documents 34 Sections 43,625 Citations 34,852 Keywords Indexed 4 Evidence Tiers

3,633 are the core, quality-scored corpus (34 lettered sections — see How We Work); the remaining 88 are cross-corpus synthesis documents (68 InterDocs, 12 Connections, 8 Theories) also indexed here.

1,350 results for "GR tests" — page 42 of 68

G_4_15 Verified Modern Frameworks

G_4_15 — Acoustic Archaeology — How Ancient Spaces Were Designed for Sound

Acoustic archaeology (archaeoacoustics) is the scientific study of how ancient built environments and natural spaces shaped sound and how sound was used in ritual, communication, and performance in the past. The field co

archaeoacoustics acoustic archaeology sound archaeology resonance reverberation standing wave
G_1_03 Verified Modern Frameworks

G_1_03 — Remote Sensing Satellite Archaeology and Geophysics

Remote sensing and geophysical survey — the use of satellite imagery, airborne sensors, and ground-based electromagnetic instruments to detect buried or hidden archaeological features without excavation — has become one

remote sensing satellite archaeology geophysics ground-penetrating radar GPR magnetometry
G_1_02 Verified Modern Frameworks

G_1_02 — Digital Archaeology: LiDAR, Remote Sensing, GIS, and AI in Discovery

Digital archaeology encompasses a suite of non-invasive and computational technologies that have revolutionised how sites are discovered, documented, and interpreted. Airborne LiDAR has revealed entire cities beneath tro

LiDAR remote sensing GIS satellite archaeology ground-penetrating radar Vesuvius Challenge
G_1_18 Credible Modern Frameworks

G_1_18 — Acoustic Archaeology & Archaeoacoustics

Acoustic archaeology (archaeoacoustics) is the study of sound in past environments and the acoustic properties of archaeological sites, monuments, and artifacts. Emerging as a formal subdiscipline in the 1990s through th

archaeoacoustics acoustic archaeology resonance standing waves Stonehenge Newgrange
G_1_14 Verified Modern Frameworks

G_1_14 — Archaeometry — Physical Science Methods in Archaeology

Archaeometry — the application of physical and chemical science methods to archaeological materials — encompasses a broad range of analytical techniques used to determine the composition, provenance, manufacturing techno

archaeometry XRF NAA ICP-MS Raman FTIR
G_1_09 Verified Modern Frameworks

G_1_09 — Provenance Analysis: Strontium, Lead, and Oxygen Isotope Sourcing

Isotopic provenance analysis has revolutionized archaeology by enabling researchers to determine where an artifact was made, where a person grew up, what they ate, and how far they traveled — all from the chemical signat

provenance isotope strontium lead oxygen sourcing
G_3_15 Credible Modern Frameworks

G_3_15 — Piezoelectric Effects: Crystals, Geology, and Ancient Technology

Piezoelectricity (from Greek piezein, "to squeeze") is the physical phenomenon whereby certain crystalline materials generate an electric charge when subjected to mechanical stress, and conversely, deform mechanically wh

piezoelectric crystal quartz granite charge stress
G_3_06 Verified Modern Frameworks

G_3_06 — Systems Collapse and Complexity Theory Applied to Civilizations

This document examines Systems Collapse and Complexity Theory Applied to Civilizations, a topic within the Modern Frameworks research area. Key areas of investigation include Tainter's Foundational Thesis, The Western Ro

systems collapse complexity theory Joseph Tainter diminishing returns Peter Turchin cliodynamics
G_3_14 Verified Modern Frameworks

G_3_14 — Simulation Argument — Philosophy, Physics, and Testability

The Simulation Argument — formally presented by philosopher Nick Bostrom (2003, Philosophical Quarterly) — is not the claim that we live in a computer simulation, but rather a trilemma: at least one of the following thre

simulation argument simulation hypothesis Bostrom ancestor simulation computational universe digital physics
G_3_27 Verified Modern Frameworks

G_3_27 — Morphic Resonance vs Epigenetic Inheritance: A Rigorous Comparison

For decades, Rupert Sheldrake's morphic resonance hypothesis — that organisms inherit form and behavior through a non-material "morphic field" carrying patterns from past similar systems — has been the most prominent fri

morphic resonance Sheldrake epigenetic inheritance Jablonka Dutch Hunger Winter transgenerational
G_3_01 Verified Modern Frameworks

G_3_01 — Quantum Mechanics & Ancient Knowledge

Quantum mechanics has overturned classical assumptions about reality: particles exist in superposition, observation collapses probability, and entanglement connects particles instantaneously across distance. These findin

quantum entanglement Indra's Net holographic principle Orch-OR observer effect
G_2_09 Credible Modern Frameworks

G_2_09 — Network Analysis in Archaeology — Trade, Communication, Influence

Network analysis — rooted in graph theory and social network analysis (SNA) — provides formal mathematical tools for modeling and analyzing the structure of relationships between archaeological entities: sites, regions,

network analysis graph theory social network trade network exchange interaction
G_2_07 Verified Modern Frameworks

G_2_07 — Power Laws, Scale-Free Networks, and Ancient Systems

A power law is a mathematical relationship of the form $P(x) \propto x^{-\alpha}$ in which the frequency of an event is inversely proportional to some power of its size — meaning that small events are extremely common, l

power law scale-free network Zipf's law Pareto distribution preferential attachment Barabási
G_2_03 Verified Modern Frameworks

G_2_03 — Bayesian Reasoning and Archaeological Inference

Bayesian reasoning — the systematic updating of probabilities for hypotheses as new evidence is acquired — has transformed archaeology, chronology, and the evaluation of disputed historical claims since the 1990s. At its

Bayesian inference Bayes theorem prior probability posterior likelihood radiocarbon calibration
G_2_06 Verified Modern Frameworks

G_2_06 — Landscape Archaeology and Spatial Analysis

Landscape archaeology — the study of how past peoples shaped, inhabited, and understood their physical environments at scales beyond the individual site — has evolved from early settlement-pattern surveys into a sophisti

landscape archaeology spatial analysis GIS geographic information systems settlement patterns site catchment
G_2_01 Verified Modern Frameworks

G_2_01 — Network Science and Complex Systems Applied to Ancient Trade

Network science—the mathematical study of complex interconnected systems—has emerged as a powerful tool for understanding ancient trade, cultural transmission, and civilizational collapse. By modeling ancient trade route

network science complex systems scale-free networks small-world collapse cascade agent-based modeling
O_1_10 Verified Earth Anomalies

O_1_10 — Carrington Event and Space Weather Threats to Earth

The Carrington Event of September 1–2, 1859 was the most intense geomagnetic storm in recorded history — caused by a massive coronal mass ejection (CME) from the Sun that struck Earth's magnetosphere approximately 17.6 h

Carrington Event solar storm space weather coronal mass ejection CME geomagnetic storm
O_1_15 Verified Earth Anomalies

O_1_15 — Urban Heat Islands

The urban heat island (UHI) effect — the phenomenon whereby urban areas experience significantly higher temperatures than surrounding rural landscapes — was first scientifically documented by amateur meteorologist Luke H

urban heat island UHI surface temperature impervious surfaces albedo anthropogenic heat
O_2_20 Dubious Earth Anomalies

O_2_20 — Hollow Earth Theory

The Hollow Earth theory proposes that the planet's interior is partially or entirely hollow, potentially containing habitable spaces, inner suns, atmospheres, or even advanced civilizations. This idea has ancient roots i

hollow Earth inner sun Halley Symmes Euler Agartha
O_2_19 Speculative Earth Anomalies

O_2_19 — Expanding Earth Theory

The expanding Earth hypothesis proposes that the planet has significantly increased in radius (and possibly mass) over geological time, with continental drift and ocean basin formation being consequences of this expansio

expanding Earth growing Earth Hilgenberg Carey Maxlow subduction