AI 中文总结
该研究提出差分全计数统计方案，通过对比匹配k₁下不同栅极构型的终端法诺因子与噪声累积量，经分析与基准测试验证其可用于量子散度与拓扑边缘诊断。
AI 中文摘要
我们提出一种用于介观输运的差分全计数统计方案，在匹配的k₁条件下对比不同栅极构型间的终端法诺因子与噪声累积量，而非从单一绝对F推断体散度传感器。通过零温几何扫描，该方案在两通道分解的分析中得到验证；二次基准测试显示，二维晶格非平衡格林函数计算给出亚泊松法诺因子，而Kumar的低温量子点接触校准验证了数值实现的正确性。
英文摘要
We propose a differential full counting statistics protocol for mesoscopic transport. Additionally, we compare terminal Fano factors and noise cumulants between gate configurations at matched k1, instead of inferring a bulk divergence sensor from a single absolute F. it is illustrated analytically for a two channel factorization via a zero temperature geometry scan. Secondary benchmarks show that a two dimensional lattice non equilibrium Greens function calculation yields sub Poissonian Fano factors, whereas Kumars low temperature quantum point contact calibration validates the numerical implementation.
