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Xi-Nian Zuo

2 papers in the library · 318 citations · publishing 2009-2026

Papers

Spontaneous Brain Activity in the Default Mode Network Is Sensitive to Different Resting-State Conditions with Limited Cognitive Load

PLoS One May 28, 2009 Chao‐gan Yan, Dongqiang Liu, Yong He et al. 315 citations

The default mode network (DMN), a set of brain regions active at rest, shows higher functional connectivity and stronger low-frequency fluctuations when people keep their eyes open (with or without a fixation point) than when they keep them closed. Although the overall connectivity patterns look similar across conditions, statistical comparisons reveal these differences. An order effect also appears: two eyes-closed sessions differ from each other. These findings suggest that having eyes open during rest may involve more non-specific visual gathering, evaluation, and mind wandering, and that researchers should carefully choose and order resting-state conditions in experimental designs.

Illuminating brain's "dark energy": a living lens of spontaneous slow oscillations. reply to comments on 'dark brain energy: toward an integrative model of spontaneous slow oscillations'.

Physics of Life Reviews January 21, 2026 Zhu-Qing Gong, Xi-Nian Zuo 3 citations

Spontaneous slow oscillations (SSOs) across six frequency bands have a three-layer hierarchical structure that links spectral architecture to functional roles and neurocognitive processes. Commentaries from diverse fields highlight five key themes: how SSOs relate to consciousness, their geometric foundations, evolutionary and metabolic mechanisms, mathematical modeling of traveling waves that generate SSOs, and implications for brain-inspired intelligence. Integrating these perspectives refines the original model and points toward future research directions.