{ "site": "https://onereality.global", "question": "How far does one record go?", "answer": "All the way to the sky.", "part_of": "The 420 Code", "publisher": "studiog.global", "numbers_source": { "repository": "https://github.com/The420Code/the420code", "commit": "6e3ca5520cdc6446b93c5a8012ba893369dc34c2", "commit_short": "6e3ca552", "commit_date": "2026-10-29", "summary_built": "2026-09-27", "recomputed": true }, "built": "2026-10-29", "counts": { "rows": 13, "live": 11, "fired": 2, "live_inside_one_sigma": 7, "live_with_sigma": 10 }, "the_walk": [ { "step": 1, "title": "You are reading this", "claim": "One record exists. Deny it, and the denial is a record.", "url": "https://onereality.global/the-chain/1-you-are-reading-this/", "papers": [ "https://the420code.org/AP20_The_Proof.pdf", "https://the420code.org/axiom/" ], "switches": [], "rows": [] }, { "step": 2, "title": "Four things had to be true", "claim": "For one sentence to be read, four things must already be true. Symmetry. Break. Record. Constraint.", "url": "https://onereality.global/the-chain/2-four-things-had-to-be-true/", "papers": [ "https://the420code.org/AP20_The_Proof.pdf", "https://the420code.org/AP01_The_Actualization_State.pdf", "https://the420code.org/AP05_The_Break.pdf" ], "switches": [ "KS-P.1", "KS-P.2" ], "rows": [] }, { "step": 3, "title": "One reality, one now", "claim": "A record made in one place is read in another. So there is one reality. Every record is read now. So there is one now.", "url": "https://onereality.global/the-chain/3-one-reality-one-now/", "papers": [ "https://the420code.org/AP51_The_Glass.pdf", "https://the420code.org/AP01_The_Actualization_State.pdf", "https://the420code.org/one-awareness/" ], "switches": [ "KS-ID.1", "KS-GLASS.3" ], "rows": [] }, { "step": 4, "title": "The line", "claim": "The four conditions, written as one line. A balanced pair. One break, held. At the now. A flow out and back around it.", "url": "https://onereality.global/the-chain/4-the-line/", "papers": [ "https://the420code.org/axiom/", "https://the420code.org/AP06_The_Leakage_Constant.pdf" ], "switches": [ "KS-P.1", "KS-P.2" ], "rows": [] }, { "step": 5, "title": "The one number taken from the world", "claim": "The flow has a rate. Physics has measured it for a century and calls it the fine-structure constant, α. It is the only number the walk takes from measurement.", "url": "https://onereality.global/the-chain/5-the-one-number/", "papers": [ "https://the420code.org/AP54_Seeing_Alpha.pdf", "https://the420code.org/physics/" ], "switches": [ "KS-GLASS.3" ], "rows": [] }, { "step": 6, "title": "Three directions", "claim": "Four conditions give four directions a record can differ in. One is time. Three are space.", "url": "https://onereality.global/the-chain/6-three-directions/", "papers": [ "https://the420code.org/AP10_The_Dimension.pdf" ], "switches": [ "KS-D.3", "KS-16", "KS-P.1", "KS-2c" ], "rows": [] }, { "step": 7, "title": "Twenty-one", "claim": "One grain, read six ways, each held through three directions: eighteen. The now writes once in each direction: three. Twenty-one. A count, not a fit.", "url": "https://onereality.global/the-chain/7-twenty-one/", "papers": [ "https://the420code.org/AP28_The_Constant.pdf", "https://the420code.org/AP50_The_Neck.pdf", "https://the420code.org/AP24_The_Residual.pdf", "https://the420code.org/why-21-is-forced/" ], "switches": [ "KS-R.8a", "KS-D.1", "KS-R.8", "KS-R.8b", "KS-R.8c", "KS-30.4" ], "rows": [] }, { "step": 8, "title": "The proton", "claim": "The proton weighs what it weighs because of the count. Twenty-one gives the whole number. The leak gives the rest.", "url": "https://onereality.global/the-chain/8-the-proton/", "papers": [ "https://the420code.org/AP30_The_Resistance.pdf", "https://the420code.org/AP49_The_Hold.pdf" ], "switches": [ "KS-HOLD.1", "KS-HOLD.3", "KS-30.4" ], "rows": [ "proton" ] }, { "step": 9, "title": "Gravity", "claim": "Gravity is weak because a grain must pass all twenty-one gates at once. Each gate is worth the grip. Twenty-one grips, multiplied.", "url": "https://onereality.global/the-chain/9-gravity/", "papers": [ "https://the420code.org/AP44_The_Snap.pdf", "https://the420code.org/AP28_The_Constant.pdf", "https://the420code.org/AP50_The_Neck.pdf" ], "switches": [ "KS-CCC.3", "KS-R.8c", "KS-CCC.1" ], "rows": [ "g_lens", "g_codata" ] }, { "step": 10, "title": "The neutron", "claim": "A neutron holds a difference open. Holding costs. Priced, the neutron lands on the measurement. Unpriced, it died, and it is shown.", "url": "https://onereality.global/the-chain/10-the-neutron/", "papers": [ "https://the420code.org/AP47_The_Flip.pdf", "https://the420code.org/AP30_The_Resistance.pdf" ], "switches": [ "KS-FLIP.1", "KS-FLIP.3", "KS-NPP.1" ], "rows": [ "np_real", "np_bare" ] }, { "step": 11, "title": "What the universe is made of", "claim": "Of the twenty-one channels, one makes light. Twenty are dark, ten and ten. The visible share is one in twenty-one. A clock splits the dark.", "url": "https://onereality.global/the-chain/11-what-the-universe-is-made-of/", "papers": [ "https://the420code.org/AP41_The_Loop.pdf", "https://the420code.org/AP42_The_Clock.pdf" ], "switches": [ "KS-41.1", "KS-42.6", "KS-42.1" ], "rows": [ "de", "dm", "vis" ] }, { "step": 12, "title": "The age of the universe", "claim": "One cycle. A reader who is aware measures about one cycle of the record.", "url": "https://onereality.global/the-chain/12-the-age-of-the-universe/", "papers": [ "https://the420code.org/AP46_The_Stretch.pdf", "https://the420code.org/AP42_The_Clock.pdf" ], "switches": [ "KS-STRETCH.3" ], "rows": [ "age" ] }, { "step": 13, "title": "The expansion rate", "claim": "The shares and the age fix the rate. Arithmetic, not a choice. It lands on the oldest light’s side of the argument. An earlier rate died, and it is shown.", "url": "https://onereality.global/the-chain/13-the-expansion-rate/", "papers": [ "https://the420code.org/AP48_The_Assembly.pdf", "https://the420code.org/AP46_The_Stretch.pdf", "https://the420code.org/AP18_The_Floor.pdf" ], "switches": [ "KS-ASM.1", "KS-45.1", "KS-45" ], "rows": [ "h0", "h0_floor", "a0" ] }, { "step": 14, "title": "The number that does not move", "claim": "The grip is the same at every place and every age. A null — and the switch that fires if it is not.", "url": "https://onereality.global/the-chain/14-the-number-that-does-not-move/", "papers": [ "https://the420code.org/AP51_The_Glass.pdf" ], "switches": [ "KS-GLASS.3" ], "rows": [ "alpha_null" ] }, { "step": 15, "title": "The scoreboard and the calendar", "claim": "Every number, where it stands today. And when nature answers next.", "url": "https://onereality.global/the-chain/15-the-scoreboard-and-the-calendar/", "papers": [ "https://the420code.org/prereg/" ], "switches": [], "rows": [] } ], "scoreboard": { "proton": { "claim": "Proton mass ratio — the series closed", "predicted": "1836.152673445", "measured": "1836.152673426(32)", "sigma": "+0.59σ", "error": "10.3 ppt", "paper": "AP49", "status": "live", "fired": false }, "g_lens": { "claim": "Gravitational constant G, realised — against atom interferometry", "predicted": "6.6719 × 10⁻¹¹", "measured": "6.67191(99) × 10⁻¹¹ (LENS 2014)", "sigma": "+0.01σ", "error": "+1 ppm", "paper": "AP44", "status": "live", "fired": false }, "g_codata": { "claim": "Gravitational constant G, realised — against CODATA", "predicted": "6.6719 × 10⁻¹¹", "measured": "6.67430(15) × 10⁻¹¹", "sigma": "−16σ", "error": "−0.036%", "paper": "AP44", "status": "live", "fired": false }, "np_real": { "claim": "Neutron-proton mass diff, realised", "predicted": "2.53098857035 mₑ", "measured": "2.53098857(74) mₑ", "sigma": "−0.005σ", "error": "−1.4 ppb", "paper": "AP47", "status": "live", "fired": false }, "np_bare": { "claim": "Neutron-proton mass diff, bare row", "predicted": "2.53099393 mₑ", "measured": "2.53098857(74) mₑ", "sigma": "+7.24σ", "error": "+2.1 ppm", "paper": "AP30", "status": "fired — shown, never repaired", "fired": true }, "age": { "claim": "Age of the universe, one cycle", "predicted": "13.830 Gyr", "measured": "13.787 ± 0.020 Gyr", "sigma": "+2.1σ", "error": "+0.31% · window 13.17–14.49", "paper": "AP46", "status": "live", "fired": false }, "h0": { "claim": "Expansion rate H₀, the closure", "predicted": "67.45 km/s/Mpc", "measured": "67.4 ± 0.5 (Planck)", "sigma": "+0.1σ", "error": "+0.07% · window 64.4–70.8", "paper": "AP48", "status": "live", "fired": false }, "h0_floor": { "claim": "Hubble constant from the floor inverted", "predicted": "74.3 ± 1.2", "measured": "67.45 (the work’s own rate)", "sigma": "+5.7σ", "error": "+10.2%", "paper": "AP18", "status": "fired — shown, never repaired", "fired": true }, "a0": { "claim": "MOND acceleration a₀ (at H₀ = 67.45)", "predicted": "1.089 × 10⁻¹⁰", "measured": "1.20 ± 0.24 × 10⁻¹⁰ (syst.)", "sigma": "−0.46σ", "error": "−9.2%", "paper": "AP18", "status": "live", "fired": false }, "de": { "claim": "Dark energy", "predicted": "68.85%", "measured": "68.89 ± 0.56%", "sigma": "−0.07σ", "error": "−0.06%", "paper": "AP42", "status": "live", "fired": false }, "dm": { "claim": "Dark matter", "predicted": "26.39%", "measured": "26.07 ± 0.38%", "sigma": "+0.8σ", "error": "+1.2%", "paper": "AP42", "status": "live", "fired": false }, "vis": { "claim": "Visible matter", "predicted": "4.76%", "measured": "≈ 4.885 ± 0.05%", "sigma": "−2.46σ", "error": "−2.5%", "paper": "AP41", "status": "live", "fired": false }, "alpha_null": { "claim": "α(0) does not vary — across place, epoch and density", "predicted": "Δα/α = 0, structurally", "measured": "consistent with zero (Oklo, quasars, clocks)", "sigma": "—", "error": "a null · no number of its own", "paper": "AP51", "status": "live", "fired": false } }, "calendar": { "checked": "2026-10-29", "rule": "Every date below is the body's own, read at its source on the day shown, with the source linked. None comes from memory. Where a body has published no date, the row says so.", "rows": [ { "id": "proton", "row": "proton", "step": 8, "freeze": "2026-09-06-mp-me-closed", "switch": "KS-HOLD.1", "next": [ { "who": "CODATA 2026 adjustment of the fundamental constants", "what": "the next official value of the proton–electron mass ratio, with every new measurement folded in", "when": "data close 31 December 2026; results “early 2027”", "date_sort": "2027-01", "source": "https://codata.org/fundamental-physical-constants" }, { "who": "Molecular-ion spectroscopy (HD+ and H2+)", "what": "the ratio measured directly in a molecule; the latest (H2+, 2025) is not yet as tight as the CODATA value", "when": "no published date", "date_sort": "", "source": "https://www.nature.com/articles/s41586-025-09306-2" }, { "who": "Penning-trap mass measurements (proton and electron)", "what": "the masses that feed the ratio", "when": "no published date", "date_sort": "", "source": "https://www.mpi-hd.mpg.de/mpi/en/public-relations/news/news-item/the-last-piece-resolving-the-low-mass-nuclei-puzzle" } ], "standing": "The measurement tightens and its centre moves onto the frozen value, or stays within three of its new bars.", "kill": "proton" }, { "id": "g", "row": "g_lens", "rows_also": [ "g_codata" ], "step": 9, "freeze": "2026-09-04-G-KS-CCC.3", "switch": "KS-CCC.3", "next": [ { "who": "CODATA 2026 adjustment", "what": "the next adopted value of G; its data window closes 31 December 2026", "when": "results “early 2027”", "date_sort": "2027-01", "source": "https://codata.org/fundamental-physical-constants" }, { "who": "NIST repeat of the BIPM torsion balance (Metrologia, 16 April 2026)", "what": "the newest laboratory value of G, reported below the BIPM value and inside the world average", "when": "published 16 April 2026; the group reports no next measurement", "date_sort": "2026-04", "source": "https://www.nist.gov/news-events/news/2026/04/nist-weighs-mystery-gravitational-constant", "kind": "latest" }, { "who": "Atom interferometry (Florence) and other torsion experiments", "what": "independent values of G by other methods", "when": "no published date", "date_sort": "", "source": "https://cordis.europa.eu/project/id/804815" } ], "standing": "The adopted value moves down, toward the frozen value, as the laboratories close their errors.", "kill": "g" }, { "id": "np", "row": "np_real", "rows_also": [ "np_bare" ], "step": 10, "freeze": "2026-09-04-neutron-KS-FLIP.1", "switch": "KS-FLIP.1", "next": [ { "who": "CODATA 2026 adjustment", "what": "the next official neutron and proton masses", "when": "results “early 2027”", "date_sort": "2027-01", "source": "https://codata.org/fundamental-physical-constants" }, { "who": "A new measurement of the deuteron binding energy", "what": "the input that limits the neutron mass today; the current one dates from 1999", "when": "none announced", "date_sort": "", "source": "https://www.nist.gov/publications/deuteron-binding-energy-and-neutron-mass" } ], "standing": "A sharper measurement stays within the bar of the frozen expression.", "kill": "np" }, { "id": "age", "row": "age", "step": 12, "freeze": "2026-09-04-age-KS-STRETCH.3", "switch": "KS-STRETCH.3", "next": [ { "who": "DESI, the five-year survey", "what": "the expansion history, from which the age is read", "label": "First results", "when": "first dark-energy results from the full survey “expected in 2027”", "date_sort": "2027", "source": "https://news.fnal.gov/2026/04/desi-completes-planned-3d-map-of-the-universe-and-continues-exploring/" }, { "who": "Euclid, Data Release 1", "what": "galaxy clustering and weak lensing", "when": "DR1 “mid-2027”; cosmology results “mid-2027 at the earliest”", "date_sort": "2027-06", "source": "https://www.cosmos.esa.int/web/euclid/dr1-timeline" }, { "who": "Simons Observatory", "what": "the relic glow, at higher resolution", "when": "fully online since October 2026; first data release: no published date", "date_sort": "", "source": "https://www.simonsfoundation.org/news/now-fully-online-simons-observatory-begins-probe-of-universes-birth/" } ], "standing": "The age, as the data settle it, stays within one twenty-first of the cycle.", "kill": "age" }, { "id": "h0", "row": "h0", "rows_also": [ "h0_floor" ], "step": 13, "freeze": "2026-09-04-H0-KS-ASM.1", "switch": "KS-ASM.1", "next": [ { "who": "Gaia, Data Release 4", "what": "star distances that anchor the ladder", "when": "“Wednesday 2 December 2026”", "date_sort": "2026-12-02", "source": "https://www.cosmos.esa.int/web/gaia/news-2026", "kind": "input" }, { "who": "DESI, the five-year survey", "what": "the expansion rate from the large-scale map", "when": "“expected in 2027”", "date_sort": "2027", "source": "https://news.fnal.gov/2026/04/desi-completes-planned-3d-map-of-the-universe-and-continues-exploring/" }, { "who": "Euclid, Data Release 1", "what": "the expansion rate from clustering and lensing", "when": "“mid-2027 at the earliest”", "date_sort": "2027-06", "source": "https://www.cosmos.esa.int/web/euclid/dr1-timeline" }, { "who": "The distance ladder (Cepheids, red giants, the 2026 community consensus)", "what": "the higher number in the Hubble tension", "when": "no published date", "date_sort": "", "source": "https://arxiv.org/abs/2510.23823" } ], "standing": "The rate, as the data settle it, lands inside the window.", "kill": "h0" }, { "id": "shares", "row": "de", "rows_also": [ "dm" ], "step": 11, "freeze": "2026-08-02-dark-clock-KS42.6", "switch": "KS-42.6", "next": [ { "who": "DESI, the five-year survey", "what": "the shares of dark energy and matter", "when": "“expected in 2027”", "date_sort": "2027", "source": "https://news.fnal.gov/2026/04/desi-completes-planned-3d-map-of-the-universe-and-continues-exploring/" }, { "who": "Euclid, Data Release 1", "what": "the same shares, from lensing and clustering", "when": "“mid-2027 at the earliest”", "date_sort": "2027-06", "source": "https://www.cosmos.esa.int/web/euclid/dr1-timeline" }, { "who": "Rubin Observatory, Data Release 1", "what": "the first full data release of the ten-year survey", "when": "“Jul – Dec 2028”", "date_sort": "2028-07", "source": "https://rtn-011.lsst.io/RTN-011.pdf" }, { "who": "JWST and ALMA, galaxies at early times", "what": "the ratio of dark matter to ordinary matter, inside young galaxies", "when": "measurements are being made; no published date for a determination", "date_sort": "", "source": "https://arxiv.org/abs/2510.14779" } ], "standing": "The shares settle where they are now, and early galaxies show less dark matter, against ordinary matter, than today.", "kill": "clock", "label": "Dark energy and dark matter — and the dark-sector clock" }, { "id": "vis", "row": "vis", "step": 11, "freeze": "2026-08-02-visible-fraction-KS41.1", "switch": "KS-41.1", "next": [ { "who": "DESI with the relic glow", "what": "the share of ordinary matter", "when": "“expected in 2027”", "date_sort": "2027", "source": "https://news.fnal.gov/2026/04/desi-completes-planned-3d-map-of-the-universe-and-continues-exploring/" }, { "who": "Primordial deuterium", "what": "the density of ordinary matter, by a second, independent road", "when": "no published date; the large new telescopes are named as the next step", "date_sort": "", "source": "https://www.alphaxiv.org/abs/2511.06275" }, { "who": "ELT, scientific first light", "what": "the telescope the next deuterium readings need", "when": "“December 2030”", "date_sort": "2030-12", "source": "https://eso.org/public/announcements/ann25001/", "kind": "input" } ], "standing": "The visible share settles toward one in twenty-one as the measurements and their conventions settle.", "kill": "vis" }, { "id": "a0", "row": "a0", "step": 13, "freeze": null, "switch": "KS-45", "next": [ { "who": "Rotation curves and lensing of galaxies", "what": "the faint floor of extra pull at the edges of galaxies", "when": "no published date for a new determination", "date_sort": "", "source": "https://ar5iv.labs.arxiv.org/html/1609.05917" }, { "who": "Gaia, Data Release 4", "what": "wide binary stars, a test of the floor in our own galaxy", "when": "“Wednesday 2 December 2026”", "date_sort": "2026-12-02", "source": "https://www.cosmos.esa.int/web/gaia/news-2026", "kind": "input" } ], "standing": "The floor stays inside its measured bar at the closed rate.", "kill": "a0" }, { "id": "alpha", "row": "alpha_null", "step": 14, "freeze": "2026-09-11-alpha-no-variation", "switch": "KS-GLASS.3", "next": [ { "who": "Optical clocks and the thorium nuclear clock", "what": "any drift of the grip, here and now", "when": "no published date; the first nuclear-clock bound was published 7 October 2026", "date_sort": "", "source": "https://arxiv.org/html/2606.04997v2" }, { "who": "ELT, first light", "what": "the telescope for the next quasar readings", "when": "first light “expected in March 2029”; scientific observations “December 2030”", "date_sort": "2029-03", "source": "https://eso.org/public/announcements/ann25001/", "kind": "input" }, { "who": "ANDES, the ELT spectrograph for the grip", "what": "the grip, read in the light of distant quasars", "when": "first light “envisioned by 2035” (the consortium; ESO gives no date)", "date_sort": "2035", "source": "https://arxiv.org/html/2607.23555" } ], "standing": "Every reading stays consistent with no variation.", "kill": "alpha" } ] }, "family": [ "https://the420code.org/", "https://whybekind.org/", "https://aiethics.global/", "https://bioethics.global/", "https://appliedethics.global/", "https://onereality.global/" ] }