Einstein's Theory of Relativity

What did Einstein say?

	
When mankind started to think, he began to ask himself: "Why does man exist?", "Why does the sun rise and why does it set?", "Where did the stars come from?", "How was the earth formed?", "What is the universe?" etc.
	
You can increase these questions as many times as you want. The answers to these questions were tried to be given by belief institutions (religions). But human curiosity was not satisfied. The fact that Christians calculated the age of the Earth as only five thousand years could not stop the human mind. He continued to look for more logical answers that matched the observations.
	
 Star observations that started with the naked eye in ancient times revealed valuable information about the universe. Then there were telescopes, radio telescopes. Advanced techniques have now been accessed that can detect signals from galaxies beyond thousands of light-years (the distance light travels in a year).
 All these efforts are to understand what the universe is. The theory that is valid today is the theory that accepts that the universe came into being with the big bang called the Big Bang. Observations reveal that the universe is constantly spreading. This spread is assumed to be the result of an explosion. But it is very difficult to prove this assumption. You cannot create that distance in a laboratory environment, you cannot easily reach the speed of light. But humankind's endless curiosity and desire to know will continue. In the near or the very, very distant future, he will understand what the universe is.

		This book describes Albert Einstein's Theory of Relativity, which completely changed our perception of the universe a century ago and is considered the greatest discovery of the century in physics, in a way that everyone can understand.

 INGREDIENTS 

 Universe Models
The Birth of Special Relativity
Space and Time
Distance (metric)
Newton's Laws of Motion
Galilean Law
Inertia - inertal frames
Laws of Inertia
Acts of Agency
special relativity
What is Relativity?
Against Maxwell Newton
Michelson and Morley
Mathematical Fundamentals
Lorentz Transform
Geniuses are different!
Space time
Light Cone
simultaneity
Causality!
Synchronization
Time Extension
Lorentz Contraction
Inertial Systems
Gemini Conflict
Mass and Energy
coexchange
general relativity
Universality! .
Big Thoughts
Curved Space Equivalence Principle