基于量子Bernoulli噪声的一维时空非齐次开放量子游荡OACSTPCD
One-Dimensional Space-Time Inhomogeneous Open Quantum Walk Based on Quantum Bernoulli Noises
用量子Bernoulli噪声方法研究一维时空非齐次开放量子游荡,给出该游荡的演化性质以及极限概率分布,并表明以局部基态作为初始态时,基于量子Bernoulli噪声的一维时空非齐次开放量子游荡具有与经典随机游荡相同的极限概率分布.
By using the quantum Bernoulli noise method,we investigated the one-dimensional space-time inhomogeneous open quantum walk,and gave the evolution properties and limit probability distribution of the walk.It was also shown that the one-dimensional space-time inhomogeneous open quantum walk based on quantum Bernoulli noises had the same limit probability distribution as the classical random walk when the localized ground state was used as the initial state.
于媛媛;王才士;范楠
西北师范大学数学与统计学院,兰州 730070
数学
量子Bernoulli噪声开放量子游荡时空非齐次极限概率分布
quantum Bernoulli noiseopen quantum walkspace-time inhomogeneouslimit probability distribution
《吉林大学学报(理学版)》 2024 (001)
20-28 / 9
国家自然科学基金(批准号:12261080).
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