Mass energy transformation equation
Einstein's mass energy transformation equation
Albert Einstein established an equation that explains the relationship between mass and energy. This equation also explains how matter transform into energy. It is also called mass energy transformation equation. Mathematically mass energy transformation equation is expressed as bellow,
E = mc²
From above equation the symbol E is denoted for energy, m is for mass and c is for speed of light.
Matter and energy inter transformation
Matter can transform into energy explained by Einstein's mass energy transformation equation. In opposite manner energy also can transform into matter. If it was impossible to transform energy into mass then it was impossible to form our existing universe. Think about Big Bang. The first nucleus of the universe was created after three minute of Big Bang. What was the initial state before the Big Bang?
An analysis of big bang theory shows that after big bang a hot and dense energy state started to rapid cooling. This rapid changing of energy state stimulates to transform of energy into matter. Scientists believes that three minute after big bang the first nucleus of the universe formed. The matter of the entire universe is the such kinds of results of transformation of energy into matter.
In modern physics, different theories and laws gives us evidence of transformation of energy into one state to another state.
In terns of physics, matter is something object that can occupy space, have volume and shape as well as can measure with weight. Mass is the unique property of matter. Though, in modern physics the conception of mass became debatable after the experimental result of falling bodies in vacuum. When scientists found that in vacuum different mass of matter falls in a same time then the doubt about mass aroused.
Energy is considered as the different phenomenon of matter. The core point of the creation of universe is concentrated into two topics. One is energy and another is matter. Cosmologists and physicists believes that the entire universe is consists of matter and some forces. Examples of these forces are strong force, weak force, electroweak force, etc.
The conception of traditional energy is getting change. With the development of physics and the theory of our entire universe matter and energy is taking place into one single continuum. Matter is nothing but a coalesced or condensed form of energy may not a talkative speech. It may be true.
The earlier stage of the universe gives us the idea that can lead us to say matter is a transform of energy. The mass energy transformation equation by Albert Einstein shows us that a small amount of mass can transform into huge amount of energy with sufficient condition. If we think the opposite view of mass energy transformation equation, we find a logic that a huge amount of energy can condenses into small amount of mass with sufficient condition.
What should be the sufficient condition of transforming huge amount of energy into small amount of matter? This answer may be clearly or partially found by drawing a picture of earlier universe during big bang. Because, scientists says that first nucleus of the universe is formed after three minute of big bang. Scientists also believes that this kinds of transformation happens due to the rapid coalesced of hot and dense state of energy of the earlier universe.
Albert Einstein established an equation that explains the relationship between mass and energy. This equation also explains how matter transform into energy. It is also called mass energy transformation equation. Mathematically mass energy transformation equation is expressed as bellow,
E = mc²
From above equation the symbol E is denoted for energy, m is for mass and c is for speed of light.
Matter and energy inter transformation
Matter can transform into energy explained by Einstein's mass energy transformation equation. In opposite manner energy also can transform into matter. If it was impossible to transform energy into mass then it was impossible to form our existing universe. Think about Big Bang. The first nucleus of the universe was created after three minute of Big Bang. What was the initial state before the Big Bang?
An analysis of big bang theory shows that after big bang a hot and dense energy state started to rapid cooling. This rapid changing of energy state stimulates to transform of energy into matter. Scientists believes that three minute after big bang the first nucleus of the universe formed. The matter of the entire universe is the such kinds of results of transformation of energy into matter.
In modern physics, different theories and laws gives us evidence of transformation of energy into one state to another state.
Matter and energy
In terns of physics, matter is something object that can occupy space, have volume and shape as well as can measure with weight. Mass is the unique property of matter. Though, in modern physics the conception of mass became debatable after the experimental result of falling bodies in vacuum. When scientists found that in vacuum different mass of matter falls in a same time then the doubt about mass aroused.
Energy is considered as the different phenomenon of matter. The core point of the creation of universe is concentrated into two topics. One is energy and another is matter. Cosmologists and physicists believes that the entire universe is consists of matter and some forces. Examples of these forces are strong force, weak force, electroweak force, etc.
The conception of traditional energy is getting change. With the development of physics and the theory of our entire universe matter and energy is taking place into one single continuum. Matter is nothing but a coalesced or condensed form of energy may not a talkative speech. It may be true.
The earlier stage of the universe gives us the idea that can lead us to say matter is a transform of energy. The mass energy transformation equation by Albert Einstein shows us that a small amount of mass can transform into huge amount of energy with sufficient condition. If we think the opposite view of mass energy transformation equation, we find a logic that a huge amount of energy can condenses into small amount of mass with sufficient condition.
What should be the sufficient condition of transforming huge amount of energy into small amount of matter? This answer may be clearly or partially found by drawing a picture of earlier universe during big bang. Because, scientists says that first nucleus of the universe is formed after three minute of big bang. Scientists also believes that this kinds of transformation happens due to the rapid coalesced of hot and dense state of energy of the earlier universe.