| _version_ | 1866901229312933888 |
|---|---|
| author | Gimranov, Alik |
| author_facet | Gimranov, Alik |
| contents | <p>We propose a cosmological framework in which spacetime is an<br>emergent dynamical process governed by a local copying-rate field.<br>Cosmological expansion corresponds to continuous generation of space<br>at a background rate Hbg. Physical structures arise as dynamical<br>deviations from this background, forming defect states of the copy<br>ing process. We introduce a coupled dissipative system for the local<br>copying rate and a compensatory response field. The model admits<br>stable, metastable, and unstable regimes corresponding to baryonic<br>matter, dark-matter-like halos, and transitional structures. Gravita<br>tional effects emerge as nonlinear responses to spatial gradients of the<br>deviation field. Mass is interpreted as an integrated stationary devia<br>tion. The framework provides a unified description of cosmic structure<br>formation without invoking particle dark matter.<br>Note: This work is Part VI of the ICC (Information-Copying<br>Cosmology / Inflationary Copying Cosmology) research program. Pre<br>vious Parts I–V focused on discrete information-theoretic foundations<br>and lattice realizations [1–5]. The present Part VI develops the con<br>tinuum field dynamics of spatial copying rates.</p> |
| format | Recurso digital |
| id | zenodo_https___doi_org_10_5281_zenodo_19692091 |
| institution | Zenodo |
| language | eng |
| publishDate | 2026 |
| publisher | Zenodo |
| record_format | zenodo |
| spellingShingle | Inflationary Copying Cosmology (ICC): Space as a Relaxation Process of Copying Rate Fields Gimranov, Alik emergent spacetime copying rate field Lyapunov functional dissipative dynamics dark matter emergent gravity defect cosmology ΛCDM attractor relaxation process ICC fixed point stability <p>We propose a cosmological framework in which spacetime is an<br>emergent dynamical process governed by a local copying-rate field.<br>Cosmological expansion corresponds to continuous generation of space<br>at a background rate Hbg. Physical structures arise as dynamical<br>deviations from this background, forming defect states of the copy<br>ing process. We introduce a coupled dissipative system for the local<br>copying rate and a compensatory response field. The model admits<br>stable, metastable, and unstable regimes corresponding to baryonic<br>matter, dark-matter-like halos, and transitional structures. Gravita<br>tional effects emerge as nonlinear responses to spatial gradients of the<br>deviation field. Mass is interpreted as an integrated stationary devia<br>tion. The framework provides a unified description of cosmic structure<br>formation without invoking particle dark matter.<br>Note: This work is Part VI of the ICC (Information-Copying<br>Cosmology / Inflationary Copying Cosmology) research program. Pre<br>vious Parts I–V focused on discrete information-theoretic foundations<br>and lattice realizations [1–5]. The present Part VI develops the con<br>tinuum field dynamics of spatial copying rates.</p> |
| title | Inflationary Copying Cosmology (ICC): Space as a Relaxation Process of Copying Rate Fields |
| topic | emergent spacetime copying rate field Lyapunov functional dissipative dynamics dark matter emergent gravity defect cosmology ΛCDM attractor relaxation process ICC fixed point stability |
| url | https://doi.org/10.5281/zenodo.19692091 |