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Then over time, the leaves on the flower starts to wilt and die

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Then over time, the leaves on the flower starts to wilt and die

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This compares to the life of Alpha Centauri A

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Then, as it grows taller, it is able to form a flower and can reproduce

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Then, as it grows taller, it is able to form a flower and can reproduce

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then, once the seed gets enough nutrients, it will sprout a stem, but is still in the early stages of life since it cant reproduce

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then, once the seed gets enough nutrients, it will sprout a stem, but is still in the early stages of life since it cant reproduce

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Then seed grows roots, so it can grow into a flower, but still isn't one.

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Then seed grows roots, so it can grow into a flower, but still isn't one.

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First, it is a seed, the ability to become a flower but isn't ready yet 

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First, it is a seed, the ability to become a flower but isn't ready yet 

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You could compare this, to the life of a flower

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You could compare this, to the life of a flower

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No one knows how long until a star stays in this stage, But it is considered dead since it doesn't have a source of energy thus making this the end of Alpha A's life

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No one knows how long until a star stays in this stage, But it is considered dead since it doesn't have a source of energy thus making this the end of Alpha A's life

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Over time Alpha A will become less and less stable, making it run out of energy, and become a white dwarf

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Over time Alpha A will become less and less stable, making it run out of energy, and become a white dwarf

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This is the beginning of the end. As Alpha A Is releasing that helium burning. This is making Alpha A less stable because the helium is what makes the star be stable. 

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This is the beginning of the end. As Alpha A Is releasing that helium burning. This is making Alpha A less stable because the helium is what makes the star be stable. 

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 Then as Alpha A tries to remain stable, and the outer layer expands to keep heat from the core in, it will turn into a red giant. 

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 Then as Alpha A tries to remain stable, and the outer layer expands to keep heat from the core in, it will turn into a red giant. 

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Now Alpha Centauri A is in the Main sequence stage, just like our sun. Alpha A star to become denser, and gases ignite in the core having the star heat up. For billions of years, Alpha A will get denser and hotter, and pressure on the core will increase. 

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Now Alpha Centauri A is in the Main sequence stage, just like our sun. Alpha A star to become denser, and gases ignite in the core having the star heat up. For billions of years, Alpha A will get denser and hotter, and pressure on the core will increase. 

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At this point once Alpha A settles down and does perform Nuclear fusion is when it becomes a true star

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At this point once Alpha A settles down and does perform Nuclear fusion is when it becomes a true star

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Once the core hits to 10,000 degrees kelvin Alpha A will then be able to perform nuclear fusion 

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Once the core hits to 10,000 degrees kelvin Alpha A will then be able to perform nuclear fusion 

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This also make the core hotter, This whole stage takes millions of years.

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This also make the core hotter, This whole stage takes millions of years.

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But as everytime the protostar prevents a collapse form happening around them it gets bigger because its collecting more materials to help it get bigger

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But as everytime the protostar prevents a collapse form happening around them it gets bigger because its collecting more materials to help it get bigger

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At this Stage Alpha A isn't a true star yet since it doesn't perform nuclear fusion Making the star very weak at this point.

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At this Stage Alpha A isn't a true star yet since it doesn't perform nuclear fusion Making the star very weak at this point.

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This is called a protostar. After the explosion, the new star pushes away all gas trying to crush it.

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This is called a protostar. After the explosion, the new star pushes away all gas trying to crush it.

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When gravity gets so strong a bunch of gas rush towards it and then a huge explosion occurs, called a 'collapse' in the middle of it was a brand new star Alpha Centauri A.

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When gravity gets so strong a bunch of gas rush towards it and then a huge explosion occurs, called a 'collapse' in the middle of it was a brand new star Alpha Centauri A.

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The corona is the outer-most layer of Alpha A and is so bright that you can only see it during an eclipse

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The corona is the outer-most layer of Alpha A and is so bright that you can only see it during an eclipse

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The chromosphere is the middle-most layer in the atmosphere of Alpha A and can be seen during an eclipse. It appears as a pinkish-red layer. 

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The chromosphere is the middle-most layer in the atmosphere of Alpha A and can be seen during an eclipse. It appears as a pinkish-red layer. 

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The photosphere is a very thin layer and emits the most light

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The photosphere is a very thin layer and emits the most light

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When the energy travels to the convection zone, it travels in the way of water boiling in a pot, so, its moving in convection 

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When the energy travels to the convection zone, it travels in the way of water boiling in a pot, so, its moving in convection 

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The radiation zone is where energy travels through in the form of photons

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The radiation zone is where energy travels through in the form of photons

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The core is where Nuclear Fusion happens, all energy comes from the core and it converts hydrogen atoms to helium 

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The core is where Nuclear Fusion happens, all energy comes from the core and it converts hydrogen atoms to helium 

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Most times, two things can happen, either a supernova occurs throwing matter into a nebula, pushing things together or two nebulae can come together and form a very dense cloud. It is unknown for which one happened for Alpha.

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Most times, two things can happen, either a supernova occurs throwing matter into a nebula, pushing things together or two nebulae can come together and form a very dense cloud. It is unknown for which one happened for Alpha.

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At first, in space there is a cloud of gas, with the basic material that allows for star formation. For that to happen, it all has to be compressed into one spot

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At first, in space there is a cloud of gas, with the basic material that allows for star formation. For that to happen, it all has to be compressed into one spot

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This is called a nebulae. Either the star is a massive star or an average star. Alpha Centauri A is an average star

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Alpha is a G2 V star, and it is slightly more larger and luminous than our sun 

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Alpha is a G2 V star, and it is slightly more larger and luminous than our sun 

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from the center then outwards is the core, the Radiation Zone, the Convection Zone, the photosphere, the chromosphere, and the corona

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Stars are made up of hydrogen and Helium and have many layers