自主生長式車房與可擴展居住空間極限 32/90 AUTONOMOUSLY EXPANDABLE MOBILE HOMES AND ADAPTIVE LIVING SPACES AT THE LIMIT AUTONOMOUSLY EXPANDABLE MOBILE HOMES AND ADAPTIVE LIVING SPACES AT THE LIMIT is a 777-page English Research Working Edition in the STARLI YULI Nano Supercar Trilogy (Research Institute XXXVI, Flagship 32 of 90). It explores whether an identified, scaled, unoccupied modular room can adapt its floor configuration to independently registered activity-demand scenarios while retaining measurable support loads, essential service space, continuous access paths and environmental-envelope integrity. Its core coupling is Modular Expansion x Spatial Optimization x Living-Need Scenarios. This is a prospective research architecture for guarded coupons, finite-thickness deployable panels, small environmental chambers, occupancy phantoms and hardware-in-the-loop control; it does not demonstrate a completed mobile home or authorize human occupation. The falsifiable candidate asks whether a frozen adaptive-expansion design can preserve or improve the load-margin distribution without worsening pressure-defined envelope leakage, compared with a competent conventional recreational-vehicle compartment and a fixed prefabricated-room baseline under matched mass, material, energy, operator, sensing, task-information and time budgets. Net usable volume, verified conversion time and activity compatibility are secondary outcomes, never compensation for a failed structural or leakage veto. Concealed challenges include partial locking, an eccentric floor payload, moving-seam leakage, an omitted service chase, time-stamp drift, offboard assistance, and task schedules withheld from design. The seed inequality g_j(q,F,T,RH) <= 0 is treated as a family of mechanism-scoped, dimensionally normalized candidate constraints on observed empty-scale configurations, not as a real-world occupancy clearance. Thirty separate mathematical research plates develop net-volume accounting, activity-dependent utility, clearance-path graphs, safe-mode reachability, thick-fold and scissor-linkage kinematics, actuation work, support reactions, structural reserve, elastic deformation, cantilever deflection, buckling, connector shear, friction, overturning, pressure-leakage flow, thermal resistance, dewpoint margin, zone ventilation balances, electrical energy closure, thermal misfit, information age, correlated uncertainty, paired noninferiority, complete-denominator yield, physical-stop timing and Pareto-feasible design sets. Each plate provides its modeling construction, units, validity boundary, concealed refutation and connected chapters. These are established mechanical and metrological relations or conditional research models, not thirty newly discovered physical laws. Eighty-two distinct research chapter objects comprise 410 individually paginated investigations across demand scenarios, accessible volume, deployable geometry, load-bearing transformation, moving interfaces and utilities, controller observability, fair benchmarks, fatigue and second-laboratory transfer. Two hundred Research Gates offer different physical questions, concealed faults or resource-matched competing accounts, explicit stop conditions and successor-ready evidence. Thirty-three Phoenix Answer Embryos propose separate future experimental fixtures, instruments, comparators and evidence protocols, including a task-demand vault, net-space voxel census, finite-thickness clearance rig, moving-seam pressure theatre, hardwired veto witness and independent metrology-transfer suitcase. These are unbuilt research possibilities, not verified products. All claims are limited to non-occupancy, scaled, falsifiable laboratory research. Mechanically successful expansion does not imply fire safety, human egress, indoor air quality, water quality, accessibility, roadworthiness or legal habitation. Relevant component-method evidence includes Zhao et al. (2025), DOI 10.1038/s41467-025-60982-0; Zhu and Filipov (2024), DOI 10.1038/s41467-024-46667-0; Ben-Abu et al. (2026), DOI 10.1038/s44172-026-00725-1; Dudek et al. (2025), DOI 10.1038/s41578-025-00828-9; Liao and Krishnan (2024), DOI 10.1016/j.autcon.2024.105547; ASTM E779-19, DOI 10.1520/E0779-19; and JCGM 100:2008(E), DOI 10.59161/JCGM100-2008E. These sources do not validate the integrated F32 hypothesis. Author-supplied mother-lineage identifiers 10.5281/zenodo.23318840 and 10.5281/zenodo.23318839 remain metadata-unverified in this edition. This 176,680-authoring-word edition is a scientific working draft requiring independent mathematical, semantic and domain-expert review. Author: Feng Cheng-en (33) x STARLI / Xingli Series: STARLI Research Institute XXXVI / YULI Nano Supercar Trilogy / Flagship 32 of 90 Edition: Research Working Edition v1.0 / 31 October 2026 Join the STARLI Research Community Explore more than 100 interdisciplinary research themes and follow the evolving STARLI Research Gate community: https://zenodo.org/communities/starli-research-gate/

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