University Of Bordeaux

French researchers hoping to get an early warning on pollution in the ocean have found an unlikely ally in a mollusc more often destined for the dinner table.

Do you know why a jogger does not feel dizzy or lose balance while a roller-coaster rider can find his or her head spinning with no control over the abrupt dips and swoops? The secret is hidden in the sensory hair cells in your inner ear.

Anthropologists have unearthed a 100,000-year-old skeleton of a child in Israel who may have died because of a brain injury - the oldest evidence of brain damage in a modern human.

French researchers hoping to get an early warning on pollution in the ocean have found an unlikely ally in a mollusc more often destined for the dinner table.

Do you know why a jogger does not feel dizzy or lose balance while a roller-coaster rider can find his or her head spinning with no control over the abrupt dips and swoops? The secret is hidden in the sensory hair cells in your inner ear.

Anthropologists have unearthed a 100,000-year-old skeleton of a child in Israel who may have died because of a brain injury - the oldest evidence of brain damage in a modern human.