Vol 2, Section 59 · P-ORG-1 through P-ORG-6

Fat stores more energy than sugar because fat is a near-pure C–H Tau-field

Glucose is a partly pre-oxidised lattice — 32% of its Tau-density already released. Fats are near-pure C–H chains. This predicts the 9:4 kcal/g hierarchy from first principles.

CH₄ combustion
890 kJ/C
maximum Tau-density
·
Glucose
467 kJ/C
32% pre-oxidised
·
Propositions
6
P-ORG-1 to P-ORG-6
The Principle

Combustion is Tau-density release — the Tau-field returning to its minimum

Combustion rearranges the Tau-lattice: high-density C–H bonds (413 kJ/mol) break and lower-density O–H and C=O bonds form. The difference is released as heat and infrared Tau-radiation. The Tau-density per carbon atom is the key metabolic metric.

P-ORG-3 — Glucose pre-oxidation discount
Hexane C₆H₁₄: −4163 kJ/mol → 694 kJ per C
Glucose C₆H₁₂O₆: −2803 kJ/mol → 467 kJ per C
Difference: 227 kJ/C × 6C = 1362 kJ/mol (oxygen pre-oxidation)
Prediction: ΔH_comb(glucose) = ΔH_comb(hexane) − 6 × ΔH_OH-insertion ✓
Biological Hierarchy

The energy ranking fat > carb > protein is a Tau-lattice consequence

P-ORG-4

Fats (triglycerides) ≈ 810 kJ/C — near-pure C–H Tau-density. Only the carboxylic end has oxygen. This is why fats store 9 kcal/g vs carbohydrates' 4 kcal/g.

P-ORG-6

Benzene stabilisation (150 kJ/mol): the ternary Tau-ring closure locks Tau-density into resonance circulation, preventing release as combustion heat. Aromaticity = Tau-stable ring topology.

The Universal Force of Time — Stephen Daubney — thedaubneyfoundation@gmail.com — Academic Papers