THE MALTA COSMOLOGY TEMPLATE

Chapter 04 - Darkenergy

PARTS

Part 0403 - Darkenergy Mechanics

ARGUMENT 0403-05

• CURRENT PARADIGM:     According to measurements, the universe's expansion rate was decelerating until about 5 billion years ago due to the gravitational attraction of the matter content of the universe, after which time the expansion began accelerating. The source of this acceleration is currently unknown. Physicists have postulated the existence of dark energy, appearing as a cosmological constant in the simplest gravitational models as a way to explain the acceleration. According to the simplest extrapolation of the currently-favored cosmological model (known as "ΛCDM"), this acceleration becomes more dominant into the future.  (Wikipedia - 13 May 2016)

• 0402-08:     That the Universe becomes an expanding core of blackholes, within an expanding gravitonocean, within an expanding gravitonosphere.  
• 0402-09:     That the blackhole core of the Universe is understable. 
• 0403-03:     That the gravitypull of the blackhole core progressively decreases. 
• 0403-04:     That the gravitypull of the gravitonocean and gravitonosphere progressively increases. 

• Consider that the Universe's rate of expansion is decelerating until 5 billion years ago.
• Consider that the Universe's rate of expansion is accelerating from 5 billion years ago.
• Consider that the Current Paradigm view of the Universe relates to its blackhole core rather than the whole Universe including the surrounding gravitonocean and gravitonosphere.
• Consider that the blackhole core of the Universe is expanding.
• Consider that the blackhole core of the Universe has mass and thus gravitypull.
• Consider that the gravitonocean and gravitonosphere of the Universe have mass and thus gravitypull. 
• Consider that the understable blackhole core is ejecting mass into the surrounding gravitonocean. 
• Consider that the understable gravitonocean is ejecting mass into the surrounding gravitonosphere. 

• Because the blackhole core has gravitypull it progressively decelerates its own rate of expansion.
• Because the blackhole core has gravitypull it progressively decelerates the rate of expansion of the surrounding gravitonocean and gravitonosphere. 
• Because the gravitonocean and gravitonosphere have gravitypull they progressively accelerate the rate of expansion of the blackhole core. 
• Because the blackhole core is ejecting mass into the surrounding gravitonocean, its mass measure and thus its gravitypull is progressively decreasing.
• Because the blackhole core is ejecting mass into the surrounding gravitonocean, the mass measure and thus the gravitypull of the gravitonocean and gravitonosphere is progressively increasing. 
• Because the Universe's rate of expansion decelerates until 5 billion years ago, the blackhole core's rate of expansion decelerates until 5 billion years ago. 
• Because the blackhole core's rate of expansion decelerates until 5 billion years ago, its expansion rate is dominated by its own gravitypull. 
• Because the blackhole core's rate of expansion accelerates from 5 billion years ago, its expansion rate is dominated by the gravitypull of the surrounding gravitonocean and gravitonosphere. 

• That until 5 billion years ago, the expansion rate of the Universe's blackhole core progressively decelerates.