Social Jetlag Decreases Across The Lifespan: A Prospective Big Data Analysis Of Objective Sleep Metrics.
Gottlieb et al., (2025). Journal of Sleep Research, e14433.
A Long Winter’s Sleep: What Does Big Data From Consumer Sleep Technology Tell Us?
Gahan et al., (2023). SLEEP, 46 (S1), A419–A420.
A Long Winter’s Sleep: What Does Big Data From Consumer Sleep Technology Tell Us?
Gahan et al., (2023). SLEEP, 46 (S1), A419–A420.
Increased Engagement with a Tailored Sleep Guide is Associated with Reduced Variability in Sleep Efficiency in Chronic Insomnia.
Fanson et al., (2023). SLEEP, 46 (S1), A166–A167.
Social Jetlag and Increased BMI: A Population-Based Study Using a Contactless Sleep Measurement Application.
Watson et al., (2022). SLEEP, 45 (S1), A148.
Gender-specific Differences In Self-reported Factors Attributed To Sleep Disruption.
Ruder et al., (2022). SLEEP, 45 (S1), A145-A146.
Age-Related Associations Between Chronotype and Sleep-Wake Cycles: A Longitudinal Big Data Analysis.
Gottlieb et al., (2022). SLEEP, 45 (S1), A147.
Age-related Changes In Objectively Measured Sleep-wake Are Not Associated With Diurnal Preference: A Big Data Analysis Of 18,100 Users.
Gottlieb et al., (2022). J Sleep Res, 31 (S1), P812.
Social Jetlag Decreases Across the Lifespan: A Longitudinal Big Data Analysis of Objective Sleep.
Gottlieb et al., (2022). SLEEP, 45 (S1), A147–A148.