A groundbreaking study of 12.1 million adults reveals that adults developing attention regulation skills face unique challenges with medication adherence—but treatment significantly improves outcomes. Researchers found those receiving treatment showed 34-42% better adherence to blood pressure medication.
What happens when educational AI actually makes it into real classrooms? A major NSF event on March 10, 2026 features Dr. Min Sun, who directs a national R&D center on generative AI in education, showcasing innovations that are already helping students learn.
What if the panic over AI in schools is missing the point? Education leaders gathering in early 2026 discovered something unexpected: agentic AI might be exactly what education reform needs to force genuine learning over compliance-based schooling.
Medical schools are using AI to help students develop real clinical skills—before they ever touch a patient. Here’s how this approach is changing medical education.
What if the answer to AI in education isn’t catching students using it — but teaching them how it works? UVA just proposed a mandatory course that flips the script from detection to understanding.
A small Franciscan university in New York just made a decision that could change the trajectory of higher education: they’re giving every single undergraduate student access to ChatGPT. Here’s why this matters so much for students and families.
Israel just removed a major barrier for families navigating attention medication—eliminating the stressful 8-day refill window. Here’s what this means for families and why it’s a step forward.
Families in Ohio and Missouri now have access to tuition-free virtual public schools for the 2026-27 school year. State-certified teachers deliver live instruction, and parents don’t need to become teachers—they simply support learning at home. Here’s what this means for families searching for alternatives.
If you’ve ever watched your child struggle with focus or impulsivity, new research offers insight into why this happens—and hope that their brain can change. A study found that prenatal immune factors can create vulnerability in some children, but the brain remains responsive to intervention.
What if AI could help identify writing differences in children earlier—before frustration builds and self-concept suffers? University at Buffalo researchers have developed a system that analyzes handwriting to detect dyslexia and dysgraphia indicators, potentially transforming how quickly families get answers.
