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Jack Oughton - Galaxy Formation Journal 02
7 Seiten
Veröffentlicht von
Jack Oughton
Jack Oughton / 07023367
Abstract:
In this article I argue that current research indicates that an isothermal
model of galactic expansion appears to tentatively confirm empirical
evidence.
I discuss fundamental cosmological principles...
[Mehr]
Jack Oughton / 07023367
Abstract:
In this article I argue that current research indicates that an isothermal
model of galactic expansion appears to tentatively confirm empirical
evidence.
I discuss fundamental cosmological principles which mass
accreting theories of galaxy formation are derived from.
I discuss earlier
research which has established the framework.
I also highlight ongoing
problems that face us in developing a working model of galaxy formation
and accretion in the early universe.
Introduction:
Big bang – origin of the universe and the precursor to galactic
origination
Explaining the process of galaxy formation is a tenuous hypothetical
endeavor.
We do not know the initial conditions in the primordial Universe
with enough accuracy to reconstruct the process with scientific accuracy.
The big bang, which is current scientific consensus for the origin of the
universe, confines all matter and energy at the beginning of the universe
within an infinitely small space, homo
[Weniger]
Schlagworte
07023367,
background,
bang,
cosmic,
decoupling,
expansion,
form,
formation,
galactic,
galaxy,
light,
mass,
matter,
process,
ripples,
time,
universe
