Sure, here is a string graph network in Mermaid format that represents the findings from the provided text:
```mermaid
graph TD
subgraph Physics
PHY-GR(General Relativity)
PHY-QM(Quantum Mechanics)
PHY-THERMO(Laws of Thermodynamics)
PHY-SM(Standard Model of Particle Physics)
PHY-ENERGY(Energy)
PHY-ENTROPY(Entropy)
PHY-SPACETIME(Spacetime)
end
subgraph Mathematics
MATH-ZFC(Zermelo-Fraenkel Set Theory)
MATH-FOL(First-Order Logic)
end
subgraph Philosophy
PHIL-FUND(Fundamentality)
PHIL-CAUS(Causation)
end
subgraph Biology
BIO-EVOL(Evolution)
BIO-NATSEL(Natural Selection)
end
subgraph Information_Science
INFO-SHAN(Shannon Information Theory)
INFO-ENTROPY(Shannon Entropy)
end
subgraph Cosmology
COSMO-BBT(Big Bang Theory)
end
PHY-GR --> PHY-SPACETIME
PHY-GR --> MATH-ZFC
PHY-QM --> MATH-ZFC
PHY-THERMO --> PHY-ENERGY
PHY-ENERGY --> BIO-EVOL
PHY-ENTROPY --> INFO-ENTROPY
INFO-SHAN --> INFO-ENTROPY
MATH-ZFC --> MATH-FOL
BIO-EVOL --> BIO-NATSEL
COSMO-BBT --> PHY-GR
COSMO-BBT --> PHY-QM
```
This graph visually represents the entities and their relationships across different domains. It shows how concepts like Energy and Entropy bridge Physics and other fields, and how mathematical foundations like ZFC and FOL underlie Physics and Cosmology.