STARLI YULI Nano Supercar 三部曲第 25/90 号旗舰：智能机器人物质的能源—运算—变形协同极限
ENERGY-COMPUTE-MORPHOLOGY CO-OPTIMIZATION IN INTELLIGENT ROBOTIC MATTER AT THE LIMIT Chinese Title / 中文書名:智能機器人物質的能源—運算—變形協同極限 25/90 ENERGY-COMPUTE-MORPHOLOGY CO-OPTIMIZATION IN INTELLIGENT ROBOTIC MATTER AT THE LIMIT is a 777-page English Research Working Edition in the STARLI YULI Nano Supercar Trilogy (Research Institute XXXVI, Flagship 25 of 90). It asks whether an identified, modular robotic vehicle-body research section can jointly allocate electrical energy, real-time computation and physically verified morphology transitions without hiding external support or crossing a structural safety limit. The three-way research coupling is Energy Budgets x Computing Resources x Morphing Efficiency. All proposed evidence is restricted to unoccupied bench coupons, a prospective 24-module panel, calibrated electrical and mechanical references, and bounded hardware-in-the-loop tests. No completed full vehicle, passenger safety result or road certification is asserted. The falsifiable candidat
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STARLI 发布 777 页英文研究工作组版《智能机器人物质的能源—运算—变形协同极限》，为 YULI Nano Supercar 三部曲第 25/90 号旗舰。研究考察模块化机器人车体研究段能否在能源预算、计算资源与变形效率三重耦合下协同分配，证据仅限未占用台架试样、前瞻性 24 模块面板与有界硬件在环测试，不主张已完成整车、乘员安全结果或道路认证。
来源：Zenodo · battery 数据与软件 · zenodo.org