Researchers identify specific brain circuits associated with anxiety in adolescents
Peer-Reviewed Publication
Updates every hour. Last Updated: 26-Oct-2026 02:17 ET (26-Oct-2026 06:17 GMT/UTC)
Adolescence is a sensitive period for brain development and mental health, though the connection between the two is not fully understood. New research published in Imaging Neuroscience identifies a link between specific brain circuits and anxiety, which could become the targets of precision interventions to improve mental health outcomes in youth.
Millions of Americans use cannabis products as sleep aids, but a new Northwestern Medicine study suggests marijuana may not improve sleep the way many people believe it does.
The study found both lifetime and recent cannabis use were associated with poorer objectively measured sleep quality, even though participants generally did not perceive their sleep to be worse.
Researchers at Baylor College of Medicine and collaborating institutions have identified new genetic candidates that help explain why autism is diagnosed about four times more often in boys than in girls. The study reveals that small changes in the gene MECP2 on the X chromosome might help explain part of this difference.
New research led by Oregon Health & Science University suggests you should think twice about indulging in a late-night snack if you’d like to preserve liver health.
A new randomized study found that children who participated in a community-based intervention targeting sugary drinks had greater improvements in BMI measures over 12 months compared with children in comparison sites. The intervention consisted of interactive activities, health education, and youth engagement to promote healthier beverage choices.
With the rapid advancement of pulsed power electronics, electric vehicles, avionic systems, and renewable energy grids, dielectric capacitors have emerged as indispensable components due to their ultrahigh power density and ultrafast charge–discharge rates. Traditional lead-based dielectric ceramics, however, pose severe environmental and health hazards during their fabrication, usage, and disposal. Sodium bismuth titanate (Bi0.5Na0.5TiO3, BNT)-based lead-free relaxor ferroelectric ceramics have attracted increasing attention as promising alternatives owing to the large spontaneous polarization induced by the Bi3+ 6s2 lone-pair electron configuration and their broad operational temperature stability arising from diffuse phase transitions. Nevertheless, challenges remain in coordinating polarization response, dielectric breakdown strength (Eb), and relaxation behavior across different operational voltages. Therefore, developing field-tailored multiscale design strategies is essential to meet growing performance demands in diverse electrostatic energy storage applications.