For many years man has been obsessed with the recording of time, from the very first sundials into the elaborate gear driven bits that were later developed. There arose a need for a system which would have an unequaled precision for the measure of the components of time. A system which wouldn’t fall prey to such trivial things as clouds covering the sun in the skies or faulty mechanics fall prey to degradation of usage over time. This apparatus would later be devised and called The Atomic Clock.
Thru many years of Testing and development for a new and a great deal more reliable means of time maintaining, arose the Atomic Clock developed by the National Bureau of Standards in 1949. Using ammonia molecule source for the advancement of time. Thus resulted the flames based on the thoughts of Isidor Rabi, unfortunately at the time of its creation the precision were only a bit above par of the current time keeping devices of its own day.
In 1957, arose the new and improved version of the Atomic Clock with the cesium atom, following the first version another was made using the identical atomic option. Later in 1960 the precision was so improved that the outcomes were embraced by the National Institute of Standards and Technology for the keeping of time. In 1967 the cesium Atoms precision was recognized globally for the measure of the unit of time. Much of our contemporary life has come to rely of those creations from the beginnings of the atomic age. The atomic clock creates the foundation for the time keeping of the planet, our transport, communication, computers, and power centre’s all use the Atomic clock to one degree or another.
In this day and time What would our life be like without the precision of the Atomic Clock, because of its applications are unrivaled by any other time piece thus created, through its many alterations over the years it is becoming more precise and stable, as years go by many improvements have come about and many will still to come for as in the beginnings into the present and now, we will always want to improve upon our methods for recording to the benefits of all. A common problem with many clocks is that there are times when they could be wrong. Hundreds of years back, time did not have to be accurate. If you are minutes late now, that could put your job in jeopardy. Modern technology has answered this issue with the most accurate time keeping potential. Scientists have used atoms to discover a consistent way to keep time. They also have made this information available so that civilians can utilize it also.