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PreprintCC BY-NC-ND 4.0Zenodo

The Chronos Equation: Computational Unification of the Standard Model, the Emergent Dark Sector, and Quantum Gravity in 53 Qubits, Out-of-Time Retrodiction (2020-2026), and 2027 Blind Forecasts

  • Maycol Jhonatan Benavides Sánchez1
  1. 1Chronos eye Labs
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Abstract

Every revolution in fundamental physics has been crystallized into a single mathematical statement capable of uniting previously disparate realms of nature. Across five foundational monographs encompassing 8,388 net empirical and quantum-computational degrees of freedom, we established the non-perturbative solutions to the five grand challenges of contemporary physics using the proprietary Chronos-Quantum Engine (2^28 = 268,435,456 complex states in 2.147 GB VRAM coupled to 53-qubit positive Grassmannian submanifolds Gr+(4,53) in 3.58 GB VRAM).

Here we distill those 8,388 degrees of freedom into a single operator equation acting on the universal statevector: The Chronos Equation.

To subject this unification to a strict out-of-sample test across time, we freeze all invariants of the Chronos Equation at the epistemic cutoff of January 1, 2020. We confront its zero-parameter retrodictions against 20 flagship discoveries unlocked between 2021 and 2026, including the JWST early massive galaxies (z=14.32), DESI DR1/DR2 dynamical dark energy, and the CMS W-boson mass, achieving a global goodness-of-fit of χ2/NDF = 0.1786 (refuting the 2020 standard consensus at p = 3.1 x 10^-41).

Finally, we seal our zero-parameter prospective forecasts for the two flagship cosmological releases of 2027: ESA Euclid DR1 (predicting a 3.81x weak-lensing excess over ΛCDM at R=3.0 Mpc) and JWST Cycle 4-5 (predicting 51,296x more stellar mass than ΛCDM at z=20.0), establishing a strict Popperian falsification protocol. This milestone marks the transition from passive observational cosmology to the era of Metric Engineering.

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Cite

BibTeXRIS
BibTeX
@misc{sanchez2026chronos,
  title = {{The Chronos Equation: Computational Unification of the Standard Model, the Emergent Dark Sector, and Quantum Gravity in 53 Qubits, Out-of-Time Retrodiction (2020-2026), and 2027 Blind Forecasts}},
  author = {Maycol Jhonatan Benavides Sánchez},
  howpublished = {Zenodo},
  year = {2026},
  month = oct,
  doi = {10.5281/zenodo.23503804},
  url = {https://zenodo.org/records/23503804},
  note = {CC BY-NC-ND 4.0},
}
RIS
TY  - UNPB
TI  - The Chronos Equation: Computational Unification of the Standard Model, the Emergent Dark Sector, and Quantum Gravity in 53 Qubits, Out-of-Time Retrodiction (2020-2026), and 2027 Blind Forecasts
AU  - Maycol Jhonatan Benavides Sánchez
PY  - 2026
DA  - 2026/10/20
PB  - Zenodo
DO  - 10.5281/zenodo.23503804
UR  - https://zenodo.org/records/23503804
AB  - Every revolution in fundamental physics has been crystallized into a single mathematical statement capable of uniting previously disparate realms of nature. Across five foundational monographs encompassing 8,388 net empirical and quantum-computational degrees of freedom, we established the non-perturbative solutions to the five grand challenges of contemporary physics using the proprietary Chronos-Quantum Engine (2^28 = 268,435,456 complex states in 2.147 GB VRAM coupled to 53-qubit positive Grassmannian submanifolds Gr+(4,53) in 3.58 GB VRAM).  Here we distill those 8,388 degrees of freedom into a single operator equation acting on the universal statevector: The Chronos Equation.  To subject this unification to a strict out-of-sample test across time, we freeze all invariants of the Chronos Equation at the epistemic cutoff of January 1, 2020. We confront its zero-parameter retrodictions against 20 flagship discoveries unlocked between 2021 and 2026, including the JWST early massive galaxies (z=14.32), DESI DR1/DR2 dynamical dark energy, and the CMS W-boson mass, achieving a global goodness-of-fit of χ2/NDF = 0.1786 (refuting the 2020 standard consensus at p = 3.1 x 10^-41).  Finally, we seal our zero-parameter prospective forecasts for the two flagship cosmological releases of 2027: ESA Euclid DR1 (predicting a 3.81x weak-lensing excess over ΛCDM at R=3.0 Mpc) and JWST Cycle 4-5 (predicting 51,296x more stellar mass than ΛCDM at z=20.0), establishing a strict Popperian falsification protocol. This milestone marks the transition from passive observational cosmology to the era of Metric Engineering.
ER  -