CREATION COMPENDIUM

TABLE OF CONTENTS

I. EPISTEMOLOGY

  1. What constitutes scientific evidence?
    • What is science?
    • Deductive, inductive, abductive
    • Operational vs. historical science
    • Reproducibility and testability
    • Burden of proof
  2. The Limits of Reasoning
    • Inference to the best explanation
    • The problem of induction (Hume)
    • The demarcation problem
  3. The Scope of Scientific Explanation
    • Methodological naturalism vs. metaphysical naturalism
    • Metaphysical naturalism vs. metaphysical pluralism
    • Arguments for exclusion (predictability, testability, god-of-the-gaps)
    • Arguments for inclusion (design detection, explanatory power)
    • Historical examples (Newton, early geology)
    • Science stopper objection vs. inference to design
  4. Assumptions about nature’s regularity
    • Uniformitarianism vs. catastrophism
    • Provisionalism vs. dogmatism
  5. Philosophy of scientific theories
    • Realism vs. instrumentalism
    • Underdetermination of theory by data
    • Theory-ladenness of observation
  6. How worldviews affect data interpretation
    • Presuppositions and their role
    • Confirmation bias and motivated reasoning
    • Can we escape our biases?
  7. Paradigm shifts and theory change
    • Kuhn’s structure of scientific revolutions
    • Normal science vs. revolutionary science
    • Incommensurability of paradigms
    • Lakatos’s research programs
  8. Meta-considerations
    • Sociology of science
    • Limits of scientific knowledge
    • Standards of evidence and consilience
    • The hybrid middle (Old Earth, Theistic Evolution, Progressive Creation)

II. COSMOLOGICAL EVIDENCE & ARGUMENTS

  1. Introduction To Modern Astronomy
    • Overview of current understanding
    • Key observations and methods
    • Cosmic microwave background radiation
    • Hubble expansion and redshift
  2. Arguments For An Old Universe
    • Distant starlight and light travel time
    • Nucleosynthesis and element abundances
    • Large-scale structure formation
    • CMB temperature fluctuations
  3. Young Universe Models
    • White hole cosmology
    • Time dilation models
    • Anisotropic Synchrony Convention (ASC)
  4. Big Bang Model
    • Borde-Guth-Vilenkin theorem
    • Thermodynamics
    • Finite past implications
  5. Theoretical Challenges to the Big Bang
    • Horizon problem
    • Flatness problem
    • Monopole problem
  6. Inflationary Theory
    • Flatness problem solution
    • Monopole problem solution
    • Evidence and challenges
  7. Anomalies From The JWST
    • Mature Distant Galaxies
    • The Methuselah Star
    • Supermassive Black Holes
  8. Alternative Models
    • Steady-state theories (historical)
    • Cyclic/oscillating universe models
    • Quantum gravity proposals
    • Eternal inflation and multiverse
  9. Fine-Tuning of the Universe
    • Cosmological constants requiring precision
    • Anthropic principle (weak vs. strong)
    • Multiverse as naturalistic explanation
    • Design as theistic explanation
    • Philosophical implications
  10. Cosmological Arguments for God’s Existence
    • Kalam Cosmological Argument
    • Cosmological Contingency Argument
    • Argument from Ontological Sustenance
    • Relationship to scientific cosmology
  11. Nebular Hypothesis Arguments
    • Angular momentum distribution
    • Planetary composition patterns
    • Age dating of meteorites
    • Protoplanetary disk observations

III. GEOLOGICAL DATING METHODS

  1. Introduction: The Age Question
    • Historical development of age estimates
    • Why Earth’s age matters to origins debate
    • Overview of dating methods (relative vs. absolute)
    • Preview of competing interpretations 
    • What we’ll examine in this section
  2. Radiometric Age Of The Earth
    • Basic principles of radioactive decay
    • Major methods (U-Pb, K-Ar, Rb-Sr, Sm-Nd)
    • Isochron methods
    • Concordia diagrams
  3. Key Assumptions and Their Evaluation
    • Closed systems
    • Initial conditions
    • Constant decay rates
  4. RATE Research
    • Discordant dates and anomalies
    • Carbon-14 in ancient specimens
    • Radiohalos in zircon crystals
    • Helium diffusion
  5. Indicators Supporting Ancient Earth
    • Ice core dating 
    • Dendrochronology 
    • Varve counting
    • Coral growth banding 
    • Stalactite/stalagmite growth rates
  6. Indicators Suggesting Young Age
    • Earth’s magnetic field
    • Ocean chemistry
    • Salt accumulation in oceans
    • Coastal erosion
    • Soft tissue (collagen, osteocytes, and DNA)
  7. Astronomical Dating Methods
    • Milankovitch cycles in sediments
    • Crater density dating
    • Moon recession rate
  8. Solar System Age Indicators
    • Shrinking Sun
    • Earth-Crossing Asteroids
    • Comet Origins
    • Poynting-Robertson Effect
    • Planetary magnetic fields
  9. Scientific Puzzles
    • Solar Neutrino Problem
    • Faint Young Sun Paradox
  10. Evidence from Moons and Rings
    • Planetary Rings
    • Pluto/Charon crater sparseness
    • Titan’s Atmosphere
    • Cryovolcanism on Enceladus and Triton
    • Volcanism on Io
    • Heat Loss from Jovian Planets
    • Lunar Ghost Craters
  11. Ocean floor spreading
    • Magnetic stripe patterns
    • Age progression from mid-ocean ridges
    • Seafloor sediment thickness
  12. Rapid geological processes
    • Mount St. Helens
    • Rapid fossilization
    • Soft sediment deformation
    • Sand Injectites
    • Bioturbidity
    • Underfit Rivers
    • Planation Surfaces
    • Marine Deposition

IV. GEOLOGICAL EVIDENCE & ARGUMENTS

  1. Standard Geological Column Arguments
    • Principle of superposition
    • Cross-cutting relationships
    • Fossil succession patterns
    • Global correlation of strata
    • Unconformities and their significance
    • Index fossils and biostratigraphy
    • What the standard model claims
  2. Flood Geology: Alternative Framework
    • Global flood model (Morris, Whitcomb)
    • Hydroplate theory (Walt Brown)
    • Catastrophic plate tectonics model
    • Pre-flood/post-flood boundary debates
    • What flood geology claims to explain
  3. Evidence for Catastrophic Deposition
    • Extensive flat layers over vast areas
    • Lack of erosion between layers
    • Rapid burial indicators
    • Graded bedding and turbidites
  4. Challenges and Anomalies in the Rock Record
    • Out-of-order sequences
    • Missing geological periods in locations
    • Circular reasoning claims (fossils date rocks, rocks date fossils)
  5. Standard Model: Continental Drift
    • Seafloor spreading mechanism
    • Timescales (millimeters per year)
    • Mountain building processes
  6. Catastrophic Plate Tectonics (CPT)
    • Runaway subduction models
    • Tubidity Flow and Hydrologic Sorting
    • Megasequence Deposition Theory
    • The post-flood ice age
    • Floating forest hypothesis
    • Biogeographic pattern explanations
  7. The Fossil Record: Transitional Forms
    • Fish to tetrapods (Tiktaalik)
    • Dinosaurs to birds (Archaeopteryx, feathered dinosaurs)
    • Land mammals to whales (Ambulocetus, Rodhocetus)
    • Reptiles to mammals (synapsid series)
    • Apes to humans (hominin fossils)
  8. The Fossil Record: Patterns and Interpretation
    • Living Fossils
    • Cambrian explosion (and other saltations)
    • Fossil graveyards
    • What does the fossil record show?

V. ORIGIN OF LIFE & INTELLIGENT DESIGN

  1. Naturalistic Abiogenesis Models
    • Miller-Urey experiment and successors
    • RNA world hypothesis
    • Metabolism-first theories
    • Hydrothermal vent origins
    • Panspermia (directed or undirected)
  2. Chemical Challenges to Abiogenesis
    • Chirality problem (homochirality)
    • Genetic code origin
    • DNA-protein interdependence
    • Sticky globule problem
    • Getting from chemistry to life
  3. Information and Complexity Arguments
    • Specified complexity in living systems
    • Information theory vs. self-organization
    • Probability calculations against abiogenesis
    • Irreducible complexity of minimal cell
    • Design inference arguments
  4. Evaluating Origins of Life Hypotheses
    • Strengths of naturalistic models
    • Unresolved problems
    • Design arguments and responses
    • What we can conclude

VI. BIOLOGICAL EVOLUTION

  1. Comparative Anatomy
    • Homologous structures
    • Vestigial organs
    • Atavisms
  2. Molecular History
    • DNA sequence similarities
    • Chromosome fusion
    • Pseudogenes
    • Endogenous retroviruses (ERVs)
    • Cytochrome c comparisons
  3. Embryology
    • Developmental similarities
    • Pharyngeal arches
    • Von Baer’s laws
    • Recapitulation theory
  4. Biogeography
    • Island species patterns
    • Continental distribution patterns
    • Marsupial distribution
  5. Observed Evolution
    • Antibiotic resistance
    • Pesticide resistance
    • E. coli long-term evolution experiment
    • Speciation events (fruit flies, plants)
    • Ring species
  6. Theoretical Limits To Variation
    • Haldane’s Dilemma
    • Muller’s Ratchet
    • Genetic entropy
    • Orphan Genes
  7. Information Probabilities
    • Protein folding probability
    • Genetic Boundaries
    • Body plan constraints
  8. Microevolution vs. Macroevolution Debate
    • Observed variation within kinds
    • Claimed barriers to major change
    • How each side views the evidence
  9. Local & Global Optimums
    • Immune system
    • Blood clotting cascade
    • Nervous system
    • Bacterial flagellum
    • Tail bone (coccyx)
    • Recurrent laryngeal nerve
    • Human eye
  10. Specified Complexity
    • Dembski’s explanatory filter
    • Complex specified information
    • Information increase question
  11. Alternative Evolutionary Models
    • Created heterozygosity
    • Designed Frontloaded diversity
    • Non-random evolution
    • Continuous environmental tracking
  12. Extended Evolutionary Synthesis
    • Epigenetics
    • Evo-Devo
    • Contemporary evolution
  13. Difficult Evolutionary Transitions
    • Prokaryote-eukaryote divergence (HGT)
    • Novel structures (wheels, magnets)
    • Major transitions (bats, birds, & butterflies)
    • Hard problem of consciousness

VII. HUMAN ORIGINS

  1. Hominin Fossil Record
    • Australopithecus species
    • Homo habilis
    • Homo erectus
    • Neanderthals and Denisovans
    • Anatomically modern humans
  2. Genetic Evidence
    • Mitochondrial Eve and Y-chromosomal Adam
    • Human-chimp genetic similarity
    • Human chromosome 2
    • Population genetics and bottlenecks
    • Interbreeding with archaic humans
  3. Archaeological Evidence
    • Tool development progression
    • Cultural evolution
    • Cave art and symbolic behavior
    • ​​The Babel dispersion
  4. Anatomical Evidence
    • Bipedalism adaptations
    • Brain size increase
    • Speech adaptations

VIII. SYNTHESIS AND CONCLUSION

  1. Scientific Summary
    • Major themes across evidence types
    • Where evidence converges
    • Remaining uncertainties
    • Role of presuppositions revisited
    • Moving forward with intellectual humility
  2. Philosophical Implications
    • Purpose and meaning in the universe
    • Human nature and dignity
    • Moral foundations
    • Determinism vs. free will
    • Reductionism vs. holism
  3. Theological Questions
    • Nature of God as Creator
    • Problem of evil and natural evil
    • Death before the Fall
    • Adam and Eve historicity
    • Biblical interpretation methods (literal, allegorical, literary)
    • Authority of Scripture vs. natural revelation
  4. Moving Forward
    • Living with uncertainty
    • Intellectual humility in origins debates
    • Respecting those who reach different conclusions
    • What really matters in this debate