Ancient Blog

In the United States, we look at an eclipse forecast as a simple fact of science. But in ancient Babylon, it was a matter of divine communication and state security.

Babylonian astronomers, working over 2,500 years ago, developed a mathematical system to predict lunar and solar eclipses with remarkable accuracy.

Their key was the Saros cycle—a period of roughly 18 years and 11 days after which eclipses repeat. They didn't have telescopes.

Instead, they used meticulous observation, recording the movements of the moon and planets on hundreds of clay tablets.

These weren't just scientific notes; they were omens. An unexpected eclipse could signal the death of a king or the fall of a city.

Their calculations were so advanced that Greek astronomers later adopted their methods.

Even today, researchers analyze Babylonian eclipse records to measure tiny, long-term changes in the speed of Earth's rotation.

It was a fusion of advanced mathematics, detailed record-keeping, and a deep-seated belief that the gods wrote their intentions in the sky.

On the morning of August 22, 1485, the fate of England was decided in the mud of Bosworth Field.

Richard III, the last Plantagenet king, made a desperate cavalry charge directly at his rival, Henry Tudor.

He nearly succeeded, cutting down men as he went. But he was overwhelmed and fell, the last English king to die in battle.

In the immediate chaos, the royal crown was lost. The official Tudor story, brilliant in its symbolism, claims a common soldier discovered it in a hawthorn bush.

Whether entirely true or politically crafted, the image was powerful.

Henry’s supporter, Lord Stanley, took the crown and placed it on Henry’s head right there on the field.

The Wars of the Roses were over. The Tudor age had begun.

That single act of coronation, amid the carnage, legitimized Henry VII’s shaky claim. It set the stage for the next century, transforming England under his son and granddaughter.