The cosmology has also been studied using Galileon gravity and this has been done by analyzing the linear perturbation in Galileon gravity. Furthermore, the low-density stars with slow rotation and static relativistic stars have also been analyzed using Galileon gravity. It was observed that the scalar field solution ceases to exist above a critical density and this highly corresponds to the maximum mass of a neutron star. The spherical collapse has also been analyzed in the Galileon gravity. This was done by analyzing the solutions of Einstein equations in Galileon gravity.
There are a lot of problems with GTR, not least is presents with infinite singularities, does not explain dark matter, it cannot fully explain dark energy and gives us infinite time dilation at the event horizon, which means that matter cannot enter the black hole in the lifetime of the Universe
Herein some peer reviewed international publications that resolve this.
1).First to obviate the infinite density singularities.
1a)https://www.researchgate.net/publication/32897680_An_advanced_dynamic_adaptation_of_Newtonian_equations_of_gravity?ev=prf_pub
1b)https://www.researchgate.net/publication/269689554_The_formulation_of_Dynamic_Newtonian_advanced_gravity_DNAg?ev=prf_pub
2).Secondly we explain the presence of dark matter at the centre of the galaxy.
2a)https://www.researchgate.net/publication/228858219_Advances_in_Black_Hole_Gravitational_Physics_and_Cold_Dark_Matter_Modelling._The_Gravity_of_Dark_Matter
3) Thirdly it is possible to explain the presence of dark matter in the galactic halo.
3a)https://www.researchgate.net/publication/269689929_Advances_in_Black_Hole_Physics_and_Dark_Matter_Modelling_of_the_Galactic_Halo?ev=prf_pub
4). It is able to explain the presence of cosmological dark matter.
https://www.researchgate.net/publication/32897680_An_advanced_dynamic_adaptation_of_Newtonian_equations_of_gravity
5). It is corroborated in neutron stars (including Data from radiation damping ) and is corroborated by black hole studies.
5a)https://www.researchgate.net/publication/32888463_An_advanced_modification_of_dynamicgravitation
5b).https://www.researchgate.net/publication/269667939_Corroboration_of_Dynamic_Black_Hole_Gravitational_Physics_from_Observations_of_Cygnus_X-1
6) it explains dark energy and translates into quantum gravity
https://www.researchgate.net/publication/32899306_String_quintessence_and_the_formulation_of_advanced_quantum_gravity
7). It does not offer infinite time dilation at the event horizon,
https://www.researchgate.net/publication/287213872_Finite_Gravitational_Time_Dilation_In_Black_Holes_Using_Dynamic_Newtonian_Advanced_Gravity_DNAg
Andrew Worsley
Article An advanced dynamic adaptation of Newtonian equations of gravity
Article The formulation of Dynamic Newtonian advanced gravity, DNAg
Article Advances in Black Hole Gravitational Physics and Cold Dark M...
Article Advances in Black Hole Physics and Dark Matter Modelling of ...
Article An advanced modification of dynamic gravitation
Article Corroboration of Dynamic Black Hole Gravitational Physics fr...
Article String quintessence and the formulation of advanced quantum gravity
Article Finite Gravitational Time Dilation In Black Holes Using Dyna...
Galilean gravity≠galileon gravity. Galileon gravity refers to a special case of scalar-tensor theories. So singularities are described just like in general relativity-and since the scalar-tensor theories are classical theories, they don't resolve the singularities, anymore than general relativity does. The singularities are, typically, hidden behind event horizons, which means that there exist observers, that never have them in their future.
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