Fractal Thermodynamics — Paper Series
The Fractalism Series applies the E³ framework — Energy, Environment, Entropy — to model how recursive interactions generate self-similar structure, stability, and adaptive complexity across scales, from molecules to ecosystems. Each paper is peer-recommended and available via Zenodo DOI for citation and versioning.
Papers 14 papers · 2024–2026
0
Fractal Overview
Juan F. Culajay Jr., M.S. · Thermodynamics · Preprint
The origin of Entropy.
1
Fractal Entropy
Juan F. Culajay Jr., M.S. · Thermodynamics · Preprint
Entropy as harmonizing energy redistribution driving structure and stability across scales.
2
Fractal Equilibrium
Juan F. Culajay Jr., M.S. · Systems Physics · Preprint
Nested equilibria in open systems; dynamic balance under continuous energy flow and entropy exchange.
3
Fractal Genesis
Juan F. Culajay Jr., M.S. · Prebiotic Chemistry · Preprint
E³ minimal conditions for proto-metabolism and self-organization in mineral/aqueous settings.
4
Fractal Evolution
Juan F. Culajay Jr., M.S. · Biology · Preprint
Evolution as recursive energy–environment feedback; scaling of adaptation and complexity.
5
Fractal Mechanics
Juan F. Culajay Jr., M.S. · Molecular Biophysics · Preprint
Molecular machines (ATP synthase, ribosome) as fractal steady states optimizing E–S efficiency.
6
Fractal Bipedality
Juan F. Culajay Jr., M.S. · Human Evolution · Preprint
Models human bipedality as a thermodynamic restoration process triggered by chromosome 2 fusion, where internal genomic reorganization displaced the lineage from locomotor efficiency and compelling over millions of years discovery of a new morphological route back to the same energetic optimum.
7
Fractal Sapience
Juan F. Culajay Jr., M.S. · Cognitive Biology · Preprint
Sapience as a recurring thermodynamic attractor once E³ alignment crosses complexity thresholds in evolutionary lineages.
8
Fractal Consciousness
Juan F. Culajay Jr., M.S. · Neurophysics · Preprint
Awareness as recursive informational geometry; feedback equilibria across scale-free brain networks with scale-free topology.
9
Fractal Learning
Juan F. Culajay Jr., M.S. · Cognitive Biology · Preprint
How reality teaches itself from molecules to minds.
10
Fractal Morality
Juan F. Culajay Jr., M.S. · Behavioral Science · Preprint
Cooperation and competition as entropy-regulating dynamics that minimize systemic conflict and sustain long-term equilibrium.
11
Fractal Spacetime
Juan F. Culajay Jr., M.S. · Theoretical Physics · Preprint
Spacetime geometry and quantum/relativistic phenomena investigated as recursive energy–entropy harmonization.
12
Fractal Conclusion
Juan F. Culajay Jr., M.S. · Theoretical Physics · Preprint
A unifying mathematical synthesis demonstrating how Stability(X) emerges across scales as the final convergence of energy, environment, and entropic regulation.
13
Fractal Mythology
Juan F. Culajay Jr., M.S. · Comparative Systems Analysis · Preprint
A comparative systems analysis interpreting global mythological structures as symbolic encodings of recurrent stability dynamics observed in natural and social systems.
ORCID
Juan F. Culajay Jr., M.S. ·
0009-0002-6887-5228
· Independent Researcher ·
Fractalism Framework Research Institute · Orlando, FL