A Revolutionary Time

The French Revolution was aimed to be more than just a revolution in government. It was meant to become a revolution in all areas of life. In the midst of the Enlightenment, those behind the Revolution thought that they could have the power to enact the changes they thought needed to be made in society at large. Old ideas should be removed, and new ideas should be put into place through the force of law. They had the power and the drive to make whatever changes they wanted, and changes they would make. Christianity was to be replaced with a new religion, founded on the Goddess of Reason rather than the archaic Judeo-Christian God. A new, better designed calendar would replace the Gregorian calendar that had been used since the Dark Ages. A new system of measurement would be designed to replace the antiquated and difficult to use systems of measurement that had developed over the centuries.

Of these things, the most lasting change came from the French Revolution's changes to the system of measurement. It was during the French Revolution that the metric system was first developed and put into place, and it has grown over the last two centuries to become the most widely used system of measurement in the world.

On the 8th of May, 1790, Charles Maurice de Talleyrand, a Bishop who had sided with the Revolutionists, proposed before the National Assembly a change to the measurement system. It would be a completely new system, one that was both more scientifically accurate as well as easier to use. The National Assembly accepted this proposal, and set to work creating a new system of measurement. Talleyrand, the man who had set this change in motion, would later seek refuge in England during the Reign of Terror.

The National Assembly decided to create what is known as a decimal system. This means that each unit of measurement would be divisible by ten. Unlike in the American system, where 12 inches equals a foot, 3 feet equals a yard and so on, each unit of measurement in the newly proposed system would be equally divisible by 10. 10 centimeters in a decimeter. 10 decimeters in a meter. And so on. This would not only include measurements of length, but also other measurements as well, such as volume, mass and temperature. Its name comes from the basic measurement of length, however, the meter, named after the Greek word metron meaning "a measure."

This was not the first time in history that such a decimal system had been spoken about. In the 17th century, the French mathemetician Gabriel Mouton had proposed a similar system. Thomas Jefferson of the United States also wanted such a system to be put in place. However, it was under the whirlwind of change of the French Revolution where the system first came into existence. It is a big change to switch from one measurement system to another.

In order for this system to work, however, there had to be a base measurement, on which everything else could be based. The metre had to have a definition. It wasn't easy to find a definition that everyone could agree with. The first proposal was for the meter to be defined by the length that a pendulum swings in one second. After some time though, it was thought that this would not be accurate enough. It was not a completely steady distance, and so a new definition was proposed. The Academy of Science recommended that the new definition for a meter be equal to 1 10 millionth (1/10,000,000) of the distance between the North Pole and the Equator, and this was accepted by the National Assembly in 1791. This would provide a scientifically accurate and constant measurement for the meter and the basis of their new system. But after all of this work, the National Assembly failed to put their new system into place.