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.

3,047 results for "Lies My Teacher Told Me" — page 75 of 153

ZC_2_07 Verified Social Science

ZC_2_07 — Sociology of Health and Illness

Medical sociology (or the sociology of health and illness) examines how social structures, institutions, and relationships shape health outcomes, health behaviors, and the organization of healthcare. Foundational concept

medical sociology social determinants of health health disparities sick role Parsons medicalization
ZC_2_19 Credible Social Science

ZC_2_19 — World-Systems Theory — Wallerstein

World-systems theory, developed by Immanuel Wallerstein (1930–2019) beginning with The Modern World-System I (1974), provides a macro-sociological framework for understanding global inequality, economic development, and

world-systems theory Immanuel Wallerstein core periphery semi-periphery dependency theory capitalist world-economy
G_4_18 Verified Modern Frameworks

G_4_18 — Biogeography and Ancient Distribution Patterns

Biogeography — the study of the spatial distribution of organisms across the planet, both present and past — is one of the most powerful frameworks for understanding Earth history, evolutionary processes, and the mechani

biogeography Wallace Line island biogeography MacArthur-Wilson vicariance dispersal
G_4_20 Credible Modern Frameworks

G_4_20 — Thermodynamics and Ancient Energy Systems

Thermodynamics — the physics of heat, energy, work, and entropy — provides a powerful framework for understanding the energy systems underlying ancient civilizations: how societies captured, converted, stored, and utiliz

thermodynamics energy entropy kiln furnace smelting
G_4_26 Credible Modern Frameworks

G_4_26 — Consciousness-Technology Integration

The intersection of consciousness studies and technology represents one of the most consequential frontiers of 21st-century science and philosophy. Brain-computer interfaces (BCIs), pioneered by researchers from Jacques

consciousness-technology brain-computer-interface neural-prosthetics transhumanism mind-uploading extended-mind
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_04 Verified Modern Frameworks

G_1_04 — Isotope Analysis and Provenance Studies

Isotope analysis — the measurement of ratios of stable or radiogenic isotopes preserved in human bone, tooth enamel, animal remains, ceramics, metals, and organic residues — has become one of the most powerful tools in m

isotope analysis stable isotopes strontium isotopes oxygen isotopes carbon isotopes nitrogen isotopes
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_13 Verified Modern Frameworks

G_1_13 — Use-Wear Analysis and Residue Studies — Reading Ancient Tools

Use-wear analysis (also called traceology or microwear analysis) and residue studies are complementary methodologies that determine how ancient tools were used — what materials they processed, what motions were involved,

use-wear microwear traceology residue analysis lithic tool
G_1_07 Verified Modern Frameworks

G_1_07 — Stable Isotope Analysis and Ancient Diets

Stable isotope analysis of human and animal remains — primarily the measurement of carbon ($\delta^{13}$C), nitrogen ($\delta^{15}$N), and sulfur ($\delta^{34}$S) isotope ratios in bone collagen, tooth enamel, hair kerat

stable isotopes carbon isotopes nitrogen isotopes sulfur isotopes paleodiet diet reconstruction
G_1_08 Verified Modern Frameworks

G_1_08 — Machine Learning in Archaeology — Pattern Recognition in the Past

Machine learning (ML) — the subset of artificial intelligence in which algorithms learn patterns from data rather than being explicitly programmed — is transforming archaeological practice across every stage of research:

machine learning artificial intelligence deep learning neural network convolutional neural network CNN
G_1_06 Verified Modern Frameworks

G_1_06 — Paleoproteomics — Ancient Proteins Beyond DNA

Paleoproteomics is the extraction, identification, and analysis of ancient proteins from archaeological and paleontological materials — an emerging molecular method that extends biological identification far beyond the t

paleoproteomics ancient proteins ZooMS collagen fingerprinting mass spectrometry LC-MS/MS
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_1_19 Credible Modern Frameworks

G_1_19 — Acoustic Archaeology: Sound Mapping of Ancient Structures

Acoustic archaeology (archaeoacoustics) is an emerging interdisciplinary field that investigates the sonic properties of ancient structures, landscapes, and artifacts to understand how past peoples experienced and manipu

acoustic-archaeology archaeoacoustics sound-mapping resonance-frequency megalithic-acoustics ritual-soundscape
G_3_02 Verified Modern Frameworks

G_3_02 — Simulation Theory

Simulation Theory proposes that our perceived reality is a computational simulation running on substrate beyond our direct observation. Bostrom's trilemma (2003) provides the logical scaffolding (Tier 1), quantization of

simulation Bostrom Adinkras James Gates Maya Philip K Dick
G_3_23 Credible Modern Frameworks

G_3_23 — Actor-Network Theory: Latour, Callon, and the Agency of Non-Humans

Actor-Network Theory (ANT) is a theoretical and methodological approach developed primarily by Bruno Latour (1947–2022), Michel Callon (born 1945), and John Law (born 1946) at the Centre de Sociologie de l'Innovation (CS

actor-network theory ANT Latour Callon John Law actant
G_3_20 Verified Modern Frameworks

G_3_20 — Kuhn's Paradigm Shifts: The Structure of Scientific Revolutions

Thomas S. Kuhn's The Structure of Scientific Revolutions (1962) introduced the concept of the paradigm shift — the idea that science does not progress by linear accumulation of facts, but through periodic, discontinuous

paradigm shift Kuhn scientific revolution normal science anomaly incommensurability
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_21 Verified Modern Frameworks

G_3_21 — Critical Realism: Roy Bhaskar and Stratified Ontology

Critical realism is a philosophical movement founded by Roy Bhaskar (1944–2014) that proposes a stratified ontology — reality consists of three nested domains (the Real, the Actual, and the Empirical) — and argues that s

critical realism Bhaskar stratified ontology emergence transcendental realism epistemic fallacy
G_3_26 Verified Modern Frameworks

G_3_26 — Resonance as Universal Information Encoding

Resonance — the selective amplification of energy at characteristic frequencies — appears across physical, biological, and cognitive systems as a substrate-independent information-encoding mechanism. From radio receivers

resonance oscillation coupled oscillators information encoding frequency phase locking