ALBERT EINSTEIN 1
was one of the most influential scientists in the20th century. Many of his theories have been used todefine scientific laws and concepts. Einstein formulated the theoryof relativity in 1905. A decade later, he improved his assumptions toinclude the concepts of gravity and acceleration. Einstein proposedthat the universe was governed by relativity such that there lackedan absolute frame of reference. The speed of light was assumed to befaster and more constant than anything else. In this paper, I willshow the relevance of Einstein’s theories using real-life examples.
The passage of electric current through an electromagnetic fieldproves the existence of relativity. In many cases, current isgenerated when a looped wire is moved through a magnetic field. Theshifting nature of the magnetic field forces charged particles tomove. However, a moving magnet has the same capability of creatingelectric current even when the wire stays stationary. This shows thatelectromagnetism lacks a particular frame of reference. Hence,Einstein’s theory of relativity causes the production ofelectricity in transformers.
The Global Positioning System is one of the primary manifestations ofEinstein’s theories. Satellites consider the effects of relativityto facilitate the proper functioning of GPS navigation systems. Thefast movement of satellites allows them to send high-frequencysignals to ground stations. GPS units in the motor vehicle havehigher accelerations than the satellites due to the additional effectof gravity. Failure to adhere to relativistic effects would result ina 10% deviation in accuracy. Consequently, Einstein’s theoriesguarantee the reliability of GPS navigation systems.
The theory of relativity contributes to the shiny and non-corrosiveabilities of gold. Relativistic capabilities influence innerelectrons to move and spin around the nucleus. Hence, the white lightin gold is usually absorbed and then re-emitted in longerwavelengths. This causes gold to appear shiny and yellowish in color.Relativistic effects reduce the capacity of gold to react with othermetals. Since the metal does not corrode easily, it can be used as astore of international currency. In this regard, the relativitytheory makes it easier to conduct international trade using gold.
Einstein’s theories are also quite operational in the cathode raytubes found in TV sets. The electrons hit the back of the screenwhile traveling at fast speeds. Manufactures of old TV setsconsidered the relativistic effects when shaping the magnets.Einstein’s theories enabled people living in the 20thcentury to watch TV.
The theory of relativity facilitated a change in educationalprograms. Many institutions were forced to change the concepts andprinciples from previous theories. In particular, learners haveexamined new approaches of connecting space, time, gravity, andacceleration. High school and college students often study aboutEinstein’s theory of relativity. Other mathematical conclusionshave resulted from the effect of Einstein’s theories. Therefore,modern education has been greatly enriched.
Indeed, Einstein’s theories have a fundamental effect on humanexperiences through real-life examples. The GPS navigation systemsutilize relativistic effects to ensure accuracy in distanceestimation. Einstein’s theories also play a considerable role inthe generation of electric current in transformers. Furthermore, thenon-corrosive ability of gold makes it a viable commodity ofinternational trade. The manufacture of old TV sets was performedwith regards to relativistic concepts. In particular, the internalmagnet was shaped in a manner that capitalized on the strength ofelectrons.
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