Daniel Erlacher

The paper investigates how multimodal Ganzfeld stimulation relates to visual experiences, mental states, and EEG microstate dynamics, finding distinct brain network patterns associated with different levels of visual complexity.

The paper analyzes EEG microstate dynamics in lucid versus non-lucid REM sleep, finding distinct microstate patterns associated with different cognitive and emotional functions.

This paper investigates lucid dream induction using virtual reality and sensory stimulation in a lab setting, finding that explicit context training is more effective than additional technological interventions.

This study investigates whether muscle and vestibular stimulation can induce lucid dreams, finding that galvanic vestibular stimulation increases dream lucidity while muscle stimulation does not.

This study identifies electrophysiological correlates of lucid dreaming using EEG data from multiple labs, finding source-level changes in gamma1 and alpha power.

This study investigates whether complex motor skills like juggling can be performed in lucid dreams and identifies psychological factors influencing dream control.

This study investigates how different somatosensory stimulations affect dream incorporation, finding no significant difference between stimulation and sham conditions.

The paper investigates how the number of effectors in a finger tapping task affects sleep-dependent motor memory consolidation, finding that sleep benefits motor learning except when using one hand and one finger.