WRRA-M 0.6: Information Load and Twist Gravity with Expansion in a Finite Model

WRRA-M 0.6 connects weighted information-state loads, pressure, state evolution, expansion and twist in one finite homogeneous energy functional and classical action. The same clustering load enters the inherited calibrated local rotation and conditional lensing response. Energy exponents nc=0 and nb=3, load operators and the information clock remain disclosed constitutive choices. Their microscopic origin, a complete four-dimensional covariant local theory and spatial perturbation stability remain open. Symmetric-carrier filter-selection gaps remain zero. Revision 0.6-r2 synchronizes information-load and transport-test grids: the 0.6 lattice_N controls both, while the original 0.5 input is preserved as calibration provenance. Public regression tests at 64/128 and 128/64 confirm matching effective grids and unchanged uniform reference outputs. The adopted baseline remains q0=-0.52855, reference rotation=207.510905 km/s and conditional deflection=0.535586511 arcsec. Nonuniform state loads may depend on lattice size. Both manuscript editions and the expansion/twist figure use global twist record magnitude. This is the aggregate calculated from instantaneous load density and spatial size at the current state and scale; no independent temporal accumulation law is calculated. The existing quadratic formulas and finite boundaryless T3 construction are retained. This release includes Korean and English manuscripts for 0.1 through 0.6, the complete reproducibility archive, code, full trajectories and correction records. It preserves the r1 corrections to representation/Weyl-channel assumptions, positive selection rate and initial support, calibration provenance, exact 6,561-table verification and directly computed transport rank. Versions 0.1–0.5 are retained. 0.6-r2는 정보부하와 수송 전달자 검사에 공통 격자를 적용하고, 기존 보정 입력과 실제 적용값을 함께 공개한다. 64/128 및 128/64 교차 입력과 전체 계산 검증을 통과했다. 한영 원고와 그림의 용어를 전역 뒤틀림 기록의 크기로 교정하고, 현재 부하 밀도와 공간 크기의 집계값이며 별도 시간 누적 법칙을 계산한 것은 아님을 명시했다. 기준 감속계수·회전속도·조건부 렌즈 편향과 모형의 완료 범위를 유지한다. Repository: https://github.com/Wonsik-Choi-janefather/wrra-m-0.1Correction commit: https://github.com/Wonsik-Choi-janefather/wrra-m-0.1/commit/0c7704624921d00021aa0239acfeda19c316a58f

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Publication Details

Journal
Zenodo (CERN European Organization for Nuclear Research)
Published
2026-10-01
DOI
https://doi.org/10.5281/zenodo.23076547
Primary Topic
High-pressure geophysics and materials
Type
preprint
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preprint

WRRA-M 0.6: Information Load and Twist Gravity with Expansion in a Finite Model

Wonsik Choi
Zenodo (CERN European Organization for Nuclear Research)
High-pressure geophysics and materials
preprint

WRRA-M 0.6: Information Load and Twist Gravity with Expansion in a Finite Model

Wonsik Choi
preprint en

Abstract

WRRA-M 0.6 connects weighted information-state loads, pressure, state evolution, expansion and twist in one finite homogeneous energy functional and classical action. The same clustering load enters the inherited calibrated local rotation and conditional lensing response. Energy exponents nc=0 and nb=3, load operators and the information clock remain disclosed constitutive choices. Their microscopic origin, a complete four-dimensional covariant local theory and spatial perturbation stability remain open. Symmetric-carrier filter-selection gaps remain zero. Revision 0.6-r2 synchronizes information-load and transport-test grids: the 0.6 lattice_N controls both, while the original 0.5 input is preserved as calibration provenance. Public regression tests at 64/128 and 128/64 confirm matching effective grids and unchanged uniform reference outputs. The adopted baseline remains q0=-0.52855, reference rotation=207.510905 km/s and conditional deflection=0.535586511 arcsec. Nonuniform state loads may depend on lattice size. Both manuscript editions and the expansion/twist figure use global twist record magnitude. This is the aggregate calculated from instantaneous load density and spatial size at the current state and scale; no independent temporal accumulation law is calculated. The existing quadratic formulas and finite boundaryless T3 construction are retained. This release includes Korean and English manuscripts for 0.1 through 0.6, the complete reproducibility archive, code, full trajectories and correction records. It preserves the r1 corrections to representation/Weyl-channel assumptions, positive selection rate and initial support, calibration provenance, exact 6,561-table verification and directly computed transport rank. Versions 0.1–0.5 are retained. 0.6-r2는 정보부하와 수송 전달자 검사에 공통 격자를 적용하고, 기존 보정 입력과 실제 적용값을 함께 공개한다. 64/128 및 128/64 교차 입력과 전체 계산 검증을 통과했다. 한영 원고와 그림의 용어를 전역 뒤틀림 기록의 크기로 교정하고, 현재 부하 밀도와 공간 크기의 집계값이며 별도 시간 누적 법칙을 계산한 것은 아님을 명시했다. 기준 감속계수·회전속도·조건부 렌즈 편향과 모형의 완료 범위를 유지한다. Repository: https://github.com/Wonsik-Choi-janefather/wrra-m-0.1Correction commit: https://github.com/Wonsik-Choi-janefather/wrra-m-0.1/commit/0c7704624921d00021aa0239acfeda19c316a58f

Zenodo (CERN European Organization for Nuclear Research)
Affordable and clean energy
High-pressure geophysics and materials
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WRRA-M 0.6: Information Load and Twist Gravity with Expansion in a Finite Model — Wonsik Choi · Zenodo (CERN European Organization for Nuclear Research) (2026) | TGRS Research Map | TGRS