LIFE — Biology, Evolution, and Ecology
The pattern in life’s origin, diversification, and interdependence. 23 entries from prebiotic chemistry through planetary ecology.
I. Origin of Life
- Miller-Urey Experiment — Amino Acids from Primordial Conditions
- RNA World Hypothesis — Self-Replicating Molecules as the First Boundary
- Autocatalytic Sets — Self-Organization Before Replication
- Lipid Bilayer — The First Self/Non-Self Boundary
- Biological Homochirality — Symmetry Breaking as Commitment
II. Cellular Biology and Molecular Mechanisms
- Stentor Associative Learning — Learning Without Neurons
- Gene Regulatory Networks — Learning Increases Integration
- DNA Error Correction — Three Layers, Extraordinary Fidelity
- Apoptosis — Programmed Death as Structural Integrity
- Immune System and Clonal Selection — The Biological Equator
- Homeostasis — Biological Proportion
III. Evolution
- Natural Selection — Error Correction Across Generations
- Convergent Evolution — The Same Solution Found Independently
- Cambrian Explosion — Diversification After Structural Innovation
- Fitness Landscapes — Topography of Adaptation
- Evo 2 Genomic Model — The Genomic Equator from Next-Nucleotide Prediction
- CRISPR — Bacterial Immune Memory
IV. Ecology and Planetary Systems
- Gaia Hypothesis — Self-Regulation at Planetary Scale
- Mycorrhizal Networks — Cooperation as Structural Pattern
- Lotka-Volterra Equations — Proportion in Population Dynamics
- Coral Reef Symbiosis — The Boundary Between Mutualism and Parasitism
- Mass Extinctions — Resilience Through Structural Integrity
- Plate Tectonics (Life) — Dynamic Equilibrium of Earth’s Surface
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- Circadian Rhythms — Biological Alignment with the 24-Hour Day
- Ecological Hierarchies — Each Level with Its Own Dynamics