Fever and Immune Response as Tau-Field Retuning

P-FEVR-1 · Body Temperature as a Tau-Lattice Value

In the FOT temperature scale (absolute zero = −270°C), temperature in FOT-Kelvin is T_FOT = T_Celsius + 270. The fever threshold 40°C = 310 FOT-K = 2 × 5 × 31 — a {2,5} lattice value in its leading factors, the same {2,5} sub-lattice that governs the Hayflick limit (50) and the Schumann excitation rate (50/s).

P-FEVR-2 · Fever as Tau-Field Thermal Retuning

Fever raises the ambient Tau-density of the G1 register. This disrupts pathogen Tau-addresses (optimised for lower-register temperatures) while maintaining host Tau-address integrity (already calibrated to 310 FOT-K). The fever IS the treatment.

P-FEVR-3 · The Immune System as Tau-Restoration Army

White blood cells are mobile Tau-validators: they detect Tau-address mismatches (non-self antigens = foreign Tau-addresses) and eliminate the mismatch. The self/non-self distinction is a Tau-address recognition problem. Autoimmune disease = Tau-address mis-recognition: native addresses incorrectly flagged as foreign due to Tau-address structural proximity.

P-FEVR-4 · Inflammation as Register Boundary Reset

The cardinal signs of inflammation map directly to Tau-field operations: heat and redness (register elevation), swelling (Tau-boundary establishment), pain and loss of function (standby mode while restoration proceeds). Chronic inflammation = register boundary instability: the Tau-field cannot establish a stable G1 boundary, producing oscillating rather than resolving inflammation.

P-FEVR-5 · Vaccination as Tau-Address Preloading

Vaccination exposes the immune system to a pathogen Tau-address fragment without the pathogen's Strand 1 replication programme. The immune register is pre-calibrated to recognise that address. mRNA vaccines use the host's Strand 1 machinery to produce the address fragment; Strand 2 remains intact and prevents the mRNA from altering the host's DNA Tau-address.

P-FEVR-6 · Testable Predictions