The impact of stress on sleep architecture: A seven-day study leveraging a psychophysiological stress detection algorithm and wearable EEG

Key Points

• This research aims to investigate the relationship between daytime stress and sleep architecture alterations.
• Conducted a seven-day study using wearable EEG technology.
• Applied a psychophysiological stress detection algorithm to assess stress levels.
• Monitored sleep architecture in naturalistic settings.
• Identified alterations in sleep architecture linked to daytime physiological stress.
• Observed associations between nighttime noise and sleep changes.

Abstract