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Matter & antimatter

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Author’s hypothesis

Theoretical checkpoint; one route failed, one remains unfinished with energy obstacles.

Status reviewed 30 September 2026. This page describes proposed research by the site’s author. It is not established science, and a public repository record is not peer review.

On this page

Why did matter survive the early universe?

What the idea proposes

Established science. Matter and antimatter destroy each other on contact. If the early universe had made equal amounts, almost nothing would be left. Yet here we are, so something tipped the balance slightly toward matter.

Open question. What tipped the balance is still unknown.

Author’s hypothesis. Ricardo’s AntiMatter project asks whether a chain of interacting fields could help create that small excess. The current record (5 September 2026) is an honest audit of the idea’s own weak points. One proposed math route fails a basic symmetry test. A second route uses an extra dimension (a “Wilson-line” construction). It is still possible under stated assumptions. But its energy supply, particle interactions and early-universe history are unfinished.

The new calculation shows that even modest waste makes the needed field motion harder to supply. At half the benchmark efficiency, one minimum requirement doubles, from 49 to 98.

What it claims, and what it does not

What it claims: an honest audit of one route, with energy limits it must meet.

  • It does not claim to explain the observed amount of matter.
  • It does not settle the other open questions the record lists. One is CP violation, a difference in how matter and antimatter behave.
  • Its results are math done inside the author’s model. They are not evidence about nature.
  • Rerunning its tables reproduces them exactly. That is a computer check, not independent physical validation. The record also includes an older set of the project’s files. It says that checking those files is “not an independent rerun” of their calculations.
  • The record says it was prepared with AI assistance, and that “no independent peer review or experimental validation is asserted.”
  • It does not claim to have invented its kind of process. In its February and May 2026 versions, a changing, or “rolling,” field decides which one comes out ahead, matter or antimatter. A ratio of quark “couplings” (see Corrections) sets how big the excess is. In those versions, the process’s name includes the words “spontaneous baryogenesis,” the name of a known family of such processes. Baryogenesis means making the excess of matter. Other physicists, including Cohen, Kaplan and Nelson, suggested this family by the early 1990s.
  • It is not part of the higher-dimensional blast (HD-Blast) idea in Ricardo’s book. The book lists his work on the matter excess among side projects that are “not evidence for the blast” (Appendix).
  • Numbers, fits or formulas shared with Ricardo’s other programs do not count as support for any of them. Several programs start from the same measured number; a shared number is not shared evidence.

The strongest challenge

Physicists have suggested an enormous number of ways the matter excess could have been made. The excess is mostly one measured number, so by itself it cannot show which way is right. A new route must get that number right and also make other predictions that could be checked. This project has not yet done either. Its own energy budget is a serious obstacle.

Physicists usually list three conditions for making the excess. They are called the Sakharov conditions, after the physicist who first stated them. First, some process must be able to change the number of baryons, the family of particles that includes protons and neutrons. Second, matter and antimatter must behave differently. Physicists call this C and CP violation. Third, the universe must be out of balance while this happens. Some proposals get around the third condition. In them, a changing field in the background tips the balance toward matter, even while the reactions that change the number of baryons stay in balance. The rolling-field process in the project’s February and May 2026 versions belongs to one such family, spontaneous baryogenesis. In 2018 and 2019, some physicists questioned parts of the usual account of how this family works. They still found ways it could work.

The record also lists CP violation, one of the three conditions, among the questions it has not settled.

The number matches in the early versions, listed under Corrections, do not count as evidence. They have the same one-number problem. The matter excess they matched had been measured years before. A fit to existing data is not a successful prediction. Such matches are also easy to find. The early versions wrote numbers as whole-number powers of about 0.244 times a factor near 1. A December 2025 record from Ricardo’s unification work let that factor be anywhere from about 0.5 to 2. Each whole-number power of 0.244 is about 4 times smaller than the one before, and a factor from 0.5 to 2 covers a range of 4. So almost any number can be matched this way. Ricardo’s book warns that with enough freedom in the patterns you allow, “you can find something almost anywhere” (Chapter 5). It adds that telling a real pattern from a coincidence “requires a framework that predicts new measurements, not one that only explains old ones.”

What would rule it out

  • If the required field motion cannot be supplied within the model’s own energy budget, the route fails. The record shows the demand grows as efficiency drops.
  • If a finished calculation gives the wrong amount of extra matter, the route fails. It also fails if it breaks known limits on the early universe.
  • A route that breaks the model’s own symmetry rules fails too. The project’s own audit, dated 17 August 2026, found this for one route.
  • No dated prediction from the AntiMatter project has been published yet. The Test Ledger lists it as “No public precommitted test.”

Corrections
  • 2026-08-17 · Zenodo record 22400470 (inherited v1.23 audit, carried into v1.23.1): The audit found a symmetry (gauge) obstruction in one proposed route, the “specified gauged scalar model” in the record’s words. It also corrected the physical source normalization, the scale of one key quantity in the calculation.
  • 30 September 2026 · What the idea proposes; The strongest challenge; Corrections: The page used to label its opening lines “Author’s hypothesis,” even though they state established science and an open question. They now carry their own labels. It also said the three Sakharov conditions are ones “any answer must meet,” which was too strong. Physicists usually list them, but some proposals get around the third one. The rolling-field process in the project’s February and May 2026 versions belongs to one of those families. The audit entry above used to call the failed route “the original scalar route.” It now uses the record’s own name for it.
  • 30 September 2026 · What changed since earlier versions: This page follows the current record, v1.23.1 (5 September 2026). It is the newest of four versions on Zenodo, and the older versions are still visible there. The three earlier versions came before the audit dated 17 August 2026 and do not include its findings. Some of their wording is not repeated in the current record’s description. The entries below list, by date, what each version’s description said.
  • 2026-01-09 · First public version, v0.15, Zenodo record 18193772: Its title was “An ε-Lattice Hypothesis for the Cosmic Baryon Asymmetry,” like the next two versions. The ε (epsilon) is a small number, about 0.244, that Ricardo’s unification work also uses. It wrote the matter excess, and the size of the early universe’s density ripples, each as a whole-number power of 0.244 times a factor near 1. A record in his unification series had listed the same two matches in December 2025 (Zenodo 17872788). It also reported a second kind of match. A simple ratio built from four quark “couplings” came close to the measured amount of leftover matter. A coupling is how strongly a kind of quark interacts with the Higgs boson. It did this at one chosen energy, with the input values of the time. The record called itself “a hypothesis + test program (not a validated baryogenesis theory)” in its description.
  • 2026-02-04 · Version v0.45, Zenodo record 18489895: It added the rolling-field process. It called the quark-coupling match “a central empirical claim” (a claim about measured data).
  • 2026-05-14 · Version v1.03, Zenodo record 20186901: It worked out a more detailed design for the rolling field. It still called the match its “core empirical hypothesis” and said its benchmark example held up under the project’s own stress tests.
  • 2026-09-05 · Current version, v1.23.1, Zenodo record 22400470: It has a new title. Its description does not say what role, if any, the ε pattern or the quark-coupling match still plays.

Member explainers

Author’s hypothesis · Status: Theoretical checkpoint (v1.23.1, 5 September 2026; audit dated 17 August 2026); one route failed, one remains unfinished with energy obstacles.

Established science. Matter and antimatter destroy each other on contact. If the early universe had made equal amounts, almost nothing would be left. Yet here we are, so something tipped the balance slightly toward matter.

Why Did Matter Survive? The Question Behind Ricardo’s AntiMatter Research · Holy Grail collection, for All Access readers.

Sources

See every committed prediction in one place: the Test Ledger. Back to the Research Desk. See a mistake? Report a problem; corrections are made openly.

The Architect AI companion · All Access

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