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Laurence Bayer

4 papers in the library · 5 citations · publishing 2019-2025

Papers

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The cathartic dream: Using a large language model to study a new type of functional dream in healthy and clinical populations

Journal of Sleep Research February 9, 2025 Lampros Perogamvros, Vincent Rochas, Jean‐Baptiste Beau et al. 5 citations

According to some theories of emotion regulation, dreams could modify negative emotions and ultimately reduce their intensity. We introduce here the idea of cathartic dream, a specific and separate type of emotional dream, which is characterized by a dynamic plot with emotional twists, and where negative emotions are expressed and ultimately decreased. This process would reflect psychological...

NREM sleep stages specifically alter dynamical integration of large-scale brain networks

iScience December 25, 2020 Anjali Tarun, Danyal Wainstein Andriano, Virginie Sterpenich et al.

Summary: Functional dissociations in the brain observed during non-rapid eye movement (NREM) sleep have been associated with reduced information integration and impaired consciousness that accompany increasing sleep depth. Here, we explored the dynamical properties of large-scale functional brain networks derived from transient brain activity using functional magnetic resonance imaging. Spatial...

Increased heartbeat-evoked potential during REM sleep in nightmare disorder.

NeuroImage. Clinical 2019 Lampros Perogamvros, Hyeong-Dong Park, Laurence Bayer et al.

Nightmares are characterized by the experience of strong negative emotions occurring mainly during REM sleep. Some people suffer from nightmare disorder, which is defined by the repeated occurrence of nightmares and by significant distress in wakefulness. Yet, whether frequent nightmares relate to a general increase in emotional reactivity or arousal during sleep remains unclear. To address...

Content-specific and temporally evolving neural correlates of dream experiences

Vincent Rochas, Kevin Mammeri, Laurence Bayer et al. preprint

Previous studies on the neural correlates of dreaming using high-density EEG (hdEEG) and the serial awakening paradigm have identified posterior brain regions related to dreaming, with maximal activity over occipital areas. Based on these results, we have hypothesized that neural activity during dreaming is mainly driven by sensory experiences (e.g., vision, audition), which predominate our...