Australia: The Land Where Time Began 

Entropic corrected Newton’s law of gravitation and the loop
quantum black hole gravitational atom
Gravity is an entropic force, and not a fundamental force, one proposal
by Verlinde (Verlinde, 2011). Verlinde has provided in this way a way to
derive the Newton’s law of gravitation from the BekensteinHawking
entropyarea formula. As it has been demonstrated, on the other hand,
that this formula is susceptible to quantum gravity corrections, it may
be found that these corrections could be inherited by Newton’s law. The
entropic interpretation of Newton’s law could in this way be a prolific
way in order to get verifiable or falsifiable quantum corrections to
ordinary gravity in observationally accessible regimes. A way to
approach the quantum properties of spacetime is provided by the theory
of loop quantum gravity. A quantum corrected semiclassical black hole
solution called loop quantum black holes or selfdual black holes,
emerges from this theory. The fact that they give rise to a modified
entropyarea relation where there are quantum gravity corrections is
among the interesting features of loop quantum back black holes. In this
study Aragão and Silva obtained the quantum corrected Newton’s law from
the entropy area relation given by loop quantum black holes. Aragão and
Silva consider the quantum mechanical properties of a huge gravitational
atom consisting in the light neutral elementary particle in the presence
of a loop quantum black hole, in order to relate their results with the
recent experimental activity.

Astrophysics, Cosmology 



Author: M.H.Monroe Email: admin@austhrutime.com Sources & Further reading 