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On 3/25/2022 at 2:36 PM, icarus2 said:

2-4-3. The ratio of increase in gravitational self-energy to increase in mass energy

 

1574894459_5-ratioofthemassenegyandgravitationalself-energy.jpg.636d28e4bf21424f0f0147dcc93adac8.jpg

If the particle horizon increases and a positive mass is produced by " M ", the equivalent mass of negative gravitational potential energy is produced by " - 5.14 M ". This value is not a fixed value, it depends on the density and the size of the particle horizon.

1892557410_6-ratioofthemassenegyandgravitationalself-energy-1.jpg.656df35446d2813fcbace1d22ba00af4.jpg

                                                                       1236488545_7-ratioofthemassenegyandgravitationalself-energy-2.jpg.29e12f442f64743a692255651c25f485.jpg

The density used the current critical density, but the density is a variable. Please see the approximate trend.

As R increases, The rate of increase of gravitational self-energy tends to be greater than the rate of increase of mass energy.

 

How did you get the tex commands to work?

Ty

  • swansont changed the title to LaTex (split from The source of dark energy is gravitational self-energy!)

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