Neuroscientists use AI and genetic datasets from 23andMe to map how language develops in the brain, revealing links between rhythm and dyslexia.
Combining strong relationships with clear expectations means teachers can create classrooms where every student feels ...
The Educator speaks to Melbourne Montessori College Principal Janis Coffey about what schools can learn from Montessori’s century of evidence on agency and wellbeing ...
A conversation about staying resilient in the face of upheaval. Difficult change is an inevitable part of life, but few of us have the skills and mindset to handle it well. That can trickle into our ...
Conspiracy theories have people believing nonsensical things, like the Earth being flat. However, many people with “extraordinary beliefs” are rational thinkers, a study shows. Three key areas ...
Designed to assist rather than replace doctors, a new autonomous tool scans clinical notes to highlight patients who may need urgent follow-up for cognitive decline and potential dementia. When you ...
To solve a truly maddening problem, sometimes all you need is another person to bounce ideas back and forth with. After agonizing over details for hours, a thought partner can help you iron out the ...
When Donald Trump wasn’t busy falling asleep in front of the cameras, he spent his first year in office struggling to form coherent thoughts. For the last year, the nation has witnessed President ...
A new study suggests that everyday multilingual habits—from chatting with neighbors to revisiting a childhood language—may help preserve memory, attention, and brain flexibility as we age. An ...
Gaming science reveals how video games boost cognitive skills like memory and attention, with NIH studies showing gamers perform like people years younger. Pixabay, Vika_Glitter Video games have long ...
Key Finding 1 | The primary education curriculum time allocated to Khmer and Math is not the primary impediments to student learning in Cambodia. Cambodia’s total intended instruction time (i.e. the ...
Lab-grown “reductionist replicas” of the human brain are helping scientists understand fetal development and cognitive disorders, including autism. But ethical questions loom. Brain organoids, which ...
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