The article discusses the well-known observation that cats often manage to land on their feet when falling, a trait that has led to the myth that they possess 'seven lives'. It highlights how this ability contradicts Newtonian physics, which states that without outside force, a body in motion cannot change direction easily. Cats seem to defy this rule when they fall from heights and rotate mid-air to achieve a landing on their feet.

Recent research conducted by scientists at Yamaguchi University in Japan, detailed in the journal 'The Anatomical Record', reveals the secret behind this remarkable ability. The study focuses on the flexibility of the cat's spine, which consists of two main sections: the thoracic (upper and mid-back) and the lumbar (lower back). The researchers found that the thoracic region is highly flexible and capable of significant twisting, while the lumbar region is more rigid, serving as a stable base during the cat's fall.

This unique spinal structure allows cats to rotate their bodies in the air efficiently. The combination of flexibility in the thoracic spine and stability in the lumbar spine enables them to right themselves swiftly and safely during a fall, contributing to the mythical belief that they survive falls without injury, relying on their agility and body mechanics.