A Revolution in Physics: Einsteins Greatest Discoveries
Albert Einstein was a real thinker. He needed to put everything into an equation, the way he thought of ideas is why he revolutionized physics. Experiences used to occur from earlier to later until the creation of time. Even though time now existed there was no other way of measuring time itself. He also thought that our concept of space is a complex of our experiences, "beyond this they have no legitimacy." (Einstein, The Meaning of Relativity, pg. 2)
Outside of physics there is not a way to reference anything at a distance. Mathematically we can explain a push or a pull, motion by impact, and a few others. The world needed a way to explain it and Albert Einstein set out to get it. He also set up the idea that there was another kind of matter: the ether. This is reasoned that energy turns into propulsion and mass, just like gravity adds mass, which is why you cannot break the speed of light as almost all of the energy will be just adding more mass.
Sidelights on Relativity by Albert Einstein
Outside of physics there is not a way to reference anything at a distance. Mathematically we can explain a push or a pull, motion by impact, and a few others. The world needed a way to explain it and Albert Einstein set out to get it. He also set up the idea that there was another kind of matter: the ether. This is reasoned that energy turns into propulsion and mass, just like gravity adds mass, which is why you cannot break the speed of light as almost all of the energy will be just adding more mass.
Sidelights on Relativity by Albert Einstein
In pre-relativity physics space and time were separate identities. Measurements of time were independent to the space of reference. Einstein realized that he could represent three dimensions with time also. The only thing missing was mathematical proof, so he started with (x1, x2, x3, t).
The Meaning of Relativity by Albert Einstein
He used an imaginary axis using i which is equal to the square root of -1. The idea was to represent our 3 dimension and the also representing time by the constant K along the imaginary axis. This is the basis for measuring space and time as an entity; he had found his proof. He strongly believed that "geometrical ideas correspond to more or less exact objects in nature and these last are undoubtedly the exclusive cause of the genesis of those ideas." (Einstein, Relativity; The Special and general theory, pg. 3)
Relativity: The Special and General Theory by Albert Einstein
Now that he has explained this velocity can be explained as the path of light divided by the time interval. At anytime there is a stationary 3 dimensional axis moving along an axis K which is defined by the motion of the graph. This is not the first time the concept of velocity is understood, but it is the first time it has been proven as a valid measurement along the space-time continuum.
The Principal of Relativity by Albert Einstein
The Meaning of Relativity by Albert Einstein
He used an imaginary axis using i which is equal to the square root of -1. The idea was to represent our 3 dimension and the also representing time by the constant K along the imaginary axis. This is the basis for measuring space and time as an entity; he had found his proof. He strongly believed that "geometrical ideas correspond to more or less exact objects in nature and these last are undoubtedly the exclusive cause of the genesis of those ideas." (Einstein, Relativity; The Special and general theory, pg. 3)
Relativity: The Special and General Theory by Albert Einstein
Now that he has explained this velocity can be explained as the path of light divided by the time interval. At anytime there is a stationary 3 dimensional axis moving along an axis K which is defined by the motion of the graph. This is not the first time the concept of velocity is understood, but it is the first time it has been proven as a valid measurement along the space-time continuum.
The Principal of Relativity by Albert Einstein