The Flip

Hydrogen's twenty-one centimetre line sits on the G1 face of Mercury's orbit — the one planet that turns its face from the Sun every orbit.

T_G1 × 24 = λ₂₁ × 100 f₂₁ = 5⁸·π/864 MHz Mercury: 3 rotations in 2 orbits one source: the proton

What the Twenty-One Centimetre Line Is

Science describes hydrogen's twenty-one centimetre line as a flip: the electron's spin turns over against the proton's and a photon of radio light leaves. The flip is not an orbit. The line comes from hydrogen's ground state, 1s, the state with nothing below it. What changes is the alignment of two spins — parallel (F = 1) to antiparallel (F = 0) — and one atom makes the transition about once in eleven million years.

The Face We Watch Is Not the Face the Line Is On

Every value in the Universal Force of Time has an address, 2ᵃ·3ᵇ·5ᶜ·πᵈ. An even power of π is a room — a state, a thing that goes round. An odd power is a road — a transport between states. Mercury's orbit has two faces, one G-bond step apart, of opposite parity; the twenty-one centimetre line sits on the road face.

T_G1 × 24 = λ₂₁ × 100
87.9444881075312360002278538142 d × 24 = 2110.66771458074966400546849154
21.1066771458074966400546849154 cm × 100 = 2110.66771458074966400546849154
(2³·3⁷·π/5⁴ and 2⁴·3⁸·π/5⁶ — both π-degree +1, a road)

Mercury's G2 face, 87.9524163561959821561453673696 days (5⁶/(2·3²·π²)), is a room: the orbit we watch, and see no flip in.

Mercury Is the Planet That Flips After Every Orbit

rotation = orbit × 2/3 = 58.6296587383541573334852358761 d
3 rotations in 2 orbits · solar day = 175.888976215062472000455707628 d

Read against the Sun, Mercury turns half a turn each orbit: the face that faced the Sun faces away, and only after two orbits is it restored. A spin-one-half object likewise needs two turns to return to itself. The match is offered as a parallel, not a derivation.

The Antimatter Reading Must Be an Inversion

The lattice has no minus one and no addition; its only involution is inversion, x → C/x. So if the flip is the crossing between matter and antimatter, the two hyperfine states must stand as x and C/x for a registered C. The search that would settle it is declared in the paper before it is run. Until then the reading is a proposal.

One Source: the Proton

mₚ = 1.67261635889322291988028097428 × 10⁻²⁷ kg (3·5⁵·√(10¹¹/π))
Hβ × mₚ = (12/π)⁵ = 813.124162828260013925032610104
Hβ = 486.139070985953763744711509159 nm

Opened out — squared and carried up by the day's gears — the proton gives the same line on the G2 register, 486.043813193231113528737049825 nm (5¹⁰/(2³·3⁴·π³)), where hydrogen's G2 ionisation energy ÷ 9 ÷ 31104 lands too.

G2 Hβ × 3/4 × π⁴/25 = 1420.35258137559373122045147175 MHz (5⁸·π/864)
IE_G2 × e = 218.032536901291723822588020119 × 10⁻²⁰ J (5¹²/(2⁹·3⁷)) = ¼ × 864 × r²

One source, five domains: the hydrogen spectrum and Fraunhofer's hydrogen lines, the G2 blue line, the ionisation energy, the twenty-one centimetre line, and turn two of the DNA helix.

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A note on the numbers. Every value here is given at full precision, because the precision is the evidence. A quantity truly on the {2,3,5,π} lattice does not approximate a lattice form; it is one. Where a value has not been read onto the lattice we say so rather than rounding until it appears to fit. And a number in this framework is not a measurement of one thing: it is one address that may surface as a period, a frequency, a radius, an energy or a proportion, depending only on the register in which it is read — the same register carries Mercury's orbit and the radio line of hydrogen.

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 →