Hundred years back from today, on May 29, 1919, Albert Einstein stated something and the solar eclipse together made him unstoppable from getting famous. The universe was momentarily enjoying the calculation formulated by the physics giant and the ‘Apple Man.’
It was from then that Albert Einstein turned a household name. Until now, Albert Einstein was just a simple professor in Berlin, known to some scientists, elites, and intellectuals. His entire biography could sum up on being divorced and a re-marriage to occur. But, this was not known to the world. His go-to profile was altered to superstardom on May 29, 1919. When the moon and the sun came into a linear line for a solar eclipse, a few stars showed up at the wrong position during the blackout.
Long before the day, Einstein had visualized this eclipse. In continuation of it, he put his theory of general relativity and made crazy calculations to show that the stars would exactly move during an eclipse at some particular distance. According to Mark Hurn, a departmental librarian at the University of Cambridge’s Institute of Astronomy stated in an interview that the stars exactly moved by the general relativity theorem. To support this, astronomical photographs certified the movement of stars as the way Einstein had calculated. According to Albert, the general relativity theory entails that the sun’s gravity would bend the path of light from the distant stars. This prediction could only be evaluated during a total solar eclipse. And, yes, actually, this theory fitted in the stars’ bill.
Einstein toppled the universe view of Sir Isaac Newton. Neither did Edmond Halley prophesize his comet exploration would lag behind Albert Einstein. This proved to be a historical twist for the German-born physicist just before the war ended. The postwar reconciliation sharply caught holds the public’s imagination. A historian of physics at the University of Arkansas, Daniel Kennefick stated that this entire stage-play and business romance turned out to be sudden fame for the physicist.
After continuous preparation, Arthur Eddington, director of the Cambridge Observatory, brought telescopes and photographic instruments to set up on the island of Principe. Andrew Crommelin, another astronomer from Royal Greenwich Observatory, established his gear in the Brazilian town of Sobral. Before 1919, numerous attempts were made to testify the theory of relativity of Einstein. But, the weather got in the way of a test during a 1912 eclipse. Finally, astronomers were expectant for positive results to see if Einstein was right or not.
Before this big-bang success, the light was considered to be extremely weightless. But it is not what it appears. Light is a form of energy that can, under the circumstances, behave like mass. In response to gravity, Einstein believed that a beam of light could bend in a straight path. Since then, relativity has proved to be the grounding stone to discover black holes and gravitational waves.
Albert Einstein’s unmatchable contribution cleaned up the air filled with doubt. General Relativity Theory became the poster child to all other discoveries.