Li et al. 2004 yeast cell-cycle network (11 nodes, 34 edges) under the threshold (magnitude-component) model: 7 fixed points, basins [1764,151,109,9,7,7,1]; largest basin 1764 (86.1%) is the G1 steady state.
实验代码_yeast/li2004.py（复现脚本）〔实测级〕Li 2004 酵母细胞周期网（11 节点 34 边）在阈值（老少部件）模型下有 7 个定点，吸引盆 [1764,151,109,9,7,7,1]，最大盆 1764（86.1%）为 G1 稳态。——李旭彤《旋机计算架构·基因网络研究线交接说明 v9》（SGC-0030），问道研究所，2026。
李旭彤：〈SGC-0030〉Li 2004 酵母细胞周期网（11 节点 34 边）在阈值（老少部件）模型下有 7 个定点，吸引盆 [1764,151,109,9,7,7,1]，最大盆 1764（86.1%）为 G1 稳态〔实测级〕，载《旋机计算架构·基因网络研究线交接说明 v9》，问道研究所，2026。https://reresearch.org/claim/sgc-0030/
Li, Xutong (2026). SGC-0030 [Empirical]: Li et al. 2004 yeast cell-cycle network (11 nodes, 34 edges) under the threshold (magnitude-component) model: 7 fixed points, basins [1764,151,109,9,7,7,1]; largest basin 1764 (86.1%) is the G1 steady state. Source: 旋机计算架构·基因网络研究线交接说明 v9. Reasoning Research Institute. https://reresearch.org/en/claim/sgc-0030/
@misc{SGC-0030,
author = {Li, Xutong},
title = {{SGC-0030}: Li et al. 2004 yeast cell-cycle network (11 nodes, 34 edges) under the threshold (magnitude-component) model: 7 fixed points, basins [1764,151,109,9,7,7,1]; largest basin 1764 (86.1\%) is the G1 steady state.},
howpublished = {Science of Generation Portal},
organization = {Reasoning Research Institute},
year = {2026},
url = {https://reresearch.org/en/claim/sgc-0030/},
note = {Epistemic tier: Empirical. Source: 旋机计算架构·基因网络研究线交接说明 v9}
}