Aging often makes it harder to hear speech in loud places, a frustrating reality for millions. But a new study reveals that lifelong musicians might have a biological edge: Their brains stay sharper at processing sounds, even in distracting noise.

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Most of us instinctively watch speakers' lips and gestures in crowded restaurants or busy streets to better understand what they're saying. Now, groundbreaking research at the University of Rochester aims to unravel how our brains merge these visual ...

Your ears are even more impressive than you thought. Researchers at Yale uncovered hidden mechanics in the inner ear that explain how we hear whispers, endure loud noises, and detect a dizzying range of sounds—all without our brains getting overwhelmed. ...

Conversing in a noisy restaurant isn't just difficult for many older adults - it's nearly impossible. Nonetheless, innovative research from Northwestern University, spearheaded by Nina Kraus, indicates that hope exists. Through dedicated practice, ...

Social connections are important, but new research reveals how loneliness and social isolation impact our health. Researchers discovered that loneliness and social isolation increase the risk of heart disease and stroke.

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A study found lycopene, a nutrient found in tomatoes and other red fruits, might help protect against age-related hearing loss, particularly in men. Healthy hearing is vital for physical and cognitive health because it decreases the risk of falls, ...

Scientists have identified the gene responsible for a common ear condition affecting children with Down syndrome. The discovery could lead to new treatments for otitis media with effusion (OME), commonly known as 'glue ear.' Roughly half of all children ...

Researchers at the Virginia Tech Carilion School of Medicine discovered a link between diet and brain health. The study found that certain nutrients in common vegetables safeguard our brains from Alzheimer's disease.

Currently, 6 million Americans ...

Researchers at Harvard Medical School have uncovered how our brains process sound and touch. The findings help explain why people who lose hearing can develop an enhanced sense of touch — a phenomenon experienced by Ludwig van Beethoven.

The ...