The three laws of thermodynamics from one conserved substance — the arrow of time as the outward flow from the Sun, and life held inside the same law
The Universal Force of Time states the First Law as the conservation of one substance, Τ: dΣΤ = 0. The Second Law is not a separate law at all — it is the First Law applied to a part of the whole, and the arrow of time is geometric: the outward direction from a fixed source, the Sun.
The temperature scales do not add a floor; they multiply. Kelvin = Celsius × 8.64, and absolute zero sits on the clean node 273.375. The cosmic background, 2.7254067113, is the floor of the field, not the relic of a beginning.
A living thing is a region where Τ arriving from the Sun is held in concentrated addresses — the DNA helix — and paid out as heat. The end of dispersal is not heat death but nodal equilibrium: every node receiving Τ at its own note.
Entropy counts the Τ-addresses a system can reach. The Second Law is the conservation of one substance, time, applied to a part of the whole.
Because Τ flows outward from a fixed source, the Sun. The arrow is geometric, not a statistical tendency.
1.3815533255 (5⁴/(2⁴·3²·π)), the exact reciprocal face of the Planck value 6.6314559622 (5³/(2·3·π)).
Nothing on this page was pulled, attracted or held down. There is one substance — time — flowing from the sparse toward the dense, and the radio whisper of cold hydrogen and the slow turning of Mercury are one thread of its pattern. If it stirred your curiosity, the whole weave is waiting: the planets, the atom, light, life and number, all carried by the same single force.
Read the whole theory of the Universal Force of Time →