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He received the [[Nobel Prize]] in 1921 for his paper on The [[Photoelectric Effect]] ''not'', surprisingly, for either of his papers on [[Relativity]]--which were to set the collective world of [[physics]] <nowiki>'on it's ear'</nowiki>.

He received the [[Nobel Prize]] in 1921 for his paper on The [[Photoelectric Effect]] ''not'', surprisingly, for either of his papers on [[Relativity]]--which were to set the collective world of [[physics]] <nowiki>'on it's ear'</nowiki>.

Neither was it for his paper on inertial energy, containing the now-famous [[E=MC^2]] equation, also arguably the '''''one''''' math [[equation]] known about by practically every adult in the developed world.

Neither was it for his paper on [[inertia]]l [[energy]], containing the now-famous [[E=MC^2]] equation, also arguably the '''''one''''' math [[equation]] known about by practically every adult in the developed world.

Einstein's meteoric rise to world fame came after the publication of Sir [[Arthur Eddington]]'s observations on the bending of [[star]]light passing nearby the [[Sun]], which were taken during the total [[solar eclipse]] of May 29, 1919, and which were proclaimed to be the first observational proofs of Einstein's space-time [[theorem]]s of [[General Relativity]].

Einstein's meteoric rise to world fame came after the publication of Sir [[Arthur Eddington]]'s observations on the bending of [[star]]light passing nearby the [[Sun]], which were taken during the total [[solar eclipse]] of May 29, 1919, and which were proclaimed to be the first observational proofs of Einstein's space-time [[theorem]]s of [[General Relativity]].