Τ-flow cascades from cosmos to cell
In FOT, Τ-flow is generated at four nested levels. The cosmological helix generates the background Τ-field. Individual stars focus this field into stellar Τ-registers. Planets sub-focus stellar Τ-flow into planetary registers. Life forms sub-focus planetary Τ-flow into biological Τ-loops. Each level requires the level above as its source; none is self-sustaining in isolation.
No level is a primary source — the cosmological helix is the only source
P-SRC Series
The Τ-source hierarchy has four levels: Cosmic (cosmological helix), Stellar (individual stars), Planetary (orbital bodies), Biological (living systems). Each level receives, focuses, and re-emits Τ-flow from the level above.
A star without planets is a Τ-generator that radiates without focusing. Planetary systems are the focusing mechanism: they convert diffuse stellar Τ-radiation into concentrated, register-specific Τ-flow available for biological systems.
Life is not an optional outcome of planetary chemistry — it is a topological requirement of the Τ-source hierarchy. A planet with sufficient Τ-density will inevitably develop biological Τ-loops because these are the minimum-energy configuration for sub-focusing planetary Τ-flow.
The extinction of all life on a planet does not destroy the planetary register; it merely leaves the fourth-level Τ-focusing empty. Given continued stellar Τ-radiation and a maintained planetary register, life will re-emerge on timescales determined by T_re-emergence = T_orbital × K.
P-THERM Series — FOT Thermodynamic Laws
First FOT Thermodynamic Law: The total Τ-density of a closed system is constant. dΣΤ = 0. This is the FOT equivalent of energy conservation. Thermal energy is a manifestation of Τ-density; temperature is the observable proxy for local Τ-flow rate.
Second FOT Thermodynamic Law: Τ-flow always proceeds from higher to lower Τ-density (down the Τ-gradient). This is the directionality of time — the thermodynamic arrow. The perceived flow of time is the propagation of Τ-density gradients.
Third FOT Thermodynamic Law (Τ-Floor): The minimum non-zero Τ-density of the cosmological helix is the CMB at T = 2.72548 K. This is the Τ-floor — the ground state of the cosmological helix. The FOT faucetine recalibrated absolute zero is −270 K (= −2×3³×5, exact). Absolute zero Τ-density would require the helix to cease, which the conservation identity dΣΤ = 0 forbids — and is therefore structurally unreachable. The universe therefore has no true thermodynamic end state (no heat death).