The complexity of oscillation phase: Comment on "Entrainment by transcranial alternating current stimulation: Insight from models of cortical oscillations and dynamical systems theory" by M. Madadi Asl and A. Valizadeh [0.03%]
振荡相位的复杂性：关于M. Madadi Asl和A. Valizadeh撰写的“经颅交流电刺激的同步：来自皮层振荡和动力系统理论模型的启示”的评论
Miles Wischnewski,Zhihe Zhao
Miles Wischnewski
Georg Northoff,Angelika Wolman,Jianfeng Zhang
Georg Northoff
Current neuroscience faces a divide between cognitive function and neural dynamics. Cognitive function is typically studied during task-related activity, while neural dynamics are a key feature of the brain's spontaneous activity, as measur...
From slow spontaneous oscillations to consciousness - Dynamic layer model of brain (DLB). Comment on "Dark brain energy: toward an integrative model of spontaneous slow oscillations" by Zhu-Qing Gong and Xi-Nian Zuo [0.03%]
从缓慢的自发振荡到意识——脑动态层模型(DLB)。 对龚朱庆和左心念文章“黑暗大脑能量：自发缓慢振荡综合模型展望”的评论
Georg Northoff,Andrea Buccellato
Georg Northoff
Frequency-domain integration in attention networks: Comment on "Dark brain energy: Toward an integrative model of spontaneous slow oscillations" by Gong & Zuo [0.03%]
注意网络中的频域积分：评论龚客和左作关于“黑暗脑能量：自发低频振荡的整合模型”的文章
Hüden Neşe,Ahmet Ademoğlu,Tamer Demiralp
Hüden Neşe
The paradox of the self-studying brain: Timescales, self-representation, and roots of consciousness. Reply to comments on 'The paradox of the self-studying brain' [0.03%]
自学习大脑的悖论：时间尺度、自我表征和意识的根源。对“自学习大脑悖论”的评论回复
Simone Battaglia,Philippe Servajean,Karl J Friston
Simone Battaglia
Towards a better understanding of structural-functional relationships in the forest soil microbiota. Reply to comments on "Topological change of soil microbiota networks for forest resilience under global warming" [0.03%]
关于“全球变暖下森林土壤微生物群落拓扑变化与森林抵抗力”的讨论回复：更好理解森林土壤微生物的结构功能关系
Huiying Gong,Yu Wang,Hongxing Wang et al.
Huiying Gong et al.