Mathilde C. C. Guillaumin

The paper shows that generative replay occurs in primary visual cortex during sleep, influenced by hippocampal activity, suggesting a mechanism for building hierarchical generative models for flexible behavior.

This study shows that a mutation in synaptobrevin 2 in mice leads to abnormal cortical activity patterns across sleep and wake states, resembling deep anaesthesia.

Somnotate is a probabilistic classifier that improves sleep stage annotation in mice by identifying intermediate states and transitions, outperforming human experts.

This study investigates the roles of NAc D1 and D2 cells in hedonic eating by analyzing their contributions to liking and wanting, revealing distinct functions in food choice and overconsumption.

The paper identifies low amplitude neural activity segments during NREM sleep as OFF periods, showing they have distinct characteristics and new properties like vigilance-state-dependent duration.

This paper develops a closed-loop stimulation method using neuronal spiking activity to detect ON and OFF states during slow oscillations in freely moving mice.

This study shows that silencing specific cortical neurons in mice increases wakefulness and reduces sleep rebound after deprivation, highlighting the cortex's role in sleep regulation.

This study shows that hypothalamic stimulation increases cortical activity and accelerates sleep pressure buildup, indicating the hypothalamus regulates both state transitions and within-state arousal intensity.

This study identifies a Vamp2 mutation in mice that causes sleep-wake transition deficits by reducing synaptic release probability.

This study develops mathematical models of sleep homeostasis in mice, showing Process S integrates local cortical neuronal activity over time to regulate sleep quantity.