New research reveals that silencing hyperactive AgRP neurons in the brain could reverse type 2 diabetes without affecting weight or diet. This groundbreaking study challenges existing beliefs and points to new treatment avenues.
In a historic move, the FDA has approved the first-ever blood test designed to diagnose Alzheimer's disease, marking a significant advancement in early detection and treatment options for patients.
A new study reveals the moon's interior is asymmetric, with the near side being significantly warmer than the far side. This research, driven by NASA’s GRAIL mission, uncovers vital insights into the moon's geological activity and formation.
New research reveals that hidden hydrogen sources within the Earth's crust could supply clean energy for over 170,000 years, revolutionizing our approach to renewable energy and reducing carbon emissions.
New research shows AI struggles with basic tasks like reading analogue clocks and calculating calendar dates. Despite advancements, AI's timekeeping abilities are surprisingly poor, highlighting significant gaps in its reasoning skills.
Researchers at Purdue University have achieved a groundbreaking feat by spinning nanodiamonds in a vacuum, revealing secrets of quantum physics and the nature of gravity. This experiment opens new frontiers for technology and understanding the universe.
A new NIH-funded study reveals crucial protein changes in spinal fluid that may provide the first specific biomarkers for frontotemporal dementia (FTD), paving the way for earlier diagnosis and treatment options.
A groundbreaking study reveals the link between 'brain fog' in long COVID patients and changes in brain chemistry, providing scientific proof for millions suffering from neurological symptoms.
NASA scientists at the Goddard Institute face displacement from their iconic location above Tom's Restaurant, known from 'Seinfeld.' With a lease in limbo, uncertainty looms over their future and vital climate research.
After decades of research, scientists from Kyushu University have pinpointed the gene responsible for orange fur in domestic cats, explaining the prevalence of orange males and the unique patterns in females. This groundbreaking discovery may impact more than just fur color.
