Wednesday, July 24, 2019
Tuesday, July 23, 2019
Updated Paper, Mass Modelling Principle of Stellar Evolution
http://vixra.org/pdf/1712.0020v2.pdf
What is accreted can be ablated, what is ablated can be accreted.
Simple stuff.
What is accreted can be ablated, what is ablated can be accreted.
Simple stuff.
Wednesday, July 17, 2019
Astronomers are Lost, Stellar Metamorphosis
Here is a paper showing wikipedia stats which signals to me, astronomers are lost.
http://vixra.org/pdf/1907.0222v1.pdf
http://vixra.org/pdf/1907.0222v1.pdf
Sunday, July 7, 2019
Star Ages vs. Total Axial Angular Momentum in Stellar Metamorphosis
The beginning graph for plotting a star's age against its total angular momentum. I have a lot more work to do to work out the details, just getting the beginning portion, the connection from hotter, younger star to older dead star is the first step. Just click on the image to make it bigger.
For scale, the total axial angular momentum needs to be multiplied by 1 * 10^30.
It is in Kg * m^2 * s^-1 or Kilograms per meter squared per second.
The age in years is the x-axis. Starting at ~1 million years old.
The youngest stars, stars that are younger than 1 million years, I have much more work to do on. White dwarfs and pulsars are the name of the game with those. Plus, something about red dwarfs that could be on the left hand side of the WT diagram. That was a wild thought.
For scale, the total axial angular momentum needs to be multiplied by 1 * 10^30.
It is in Kg * m^2 * s^-1 or Kilograms per meter squared per second.
The age in years is the x-axis. Starting at ~1 million years old.
The youngest stars, stars that are younger than 1 million years, I have much more work to do on. White dwarfs and pulsars are the name of the game with those. Plus, something about red dwarfs that could be on the left hand side of the WT diagram. That was a wild thought.
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