In a recent paper, McGaugh describes a local relation
between galactic mass discrepancies (dynamic mass/baryonic mass) and
gravitational acceleration behavior as a direct consequence of MOdified
...
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This work advances a
conceptual cosmological model as presented in the original publication, “Energy
Density Driven Galactic Formation and Evolution” (La Fortune 2015). Termed the
Rotation Curve...
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Recent observations have brought into
question a basic tenet of ΛCDM cosmology relating the expected decline in
formation efficiency for lower mass galaxies (Oman 2016). This trend is analogous
...
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This
letter is inspired by the findings of M. Rabinowitz in his recent publication, “Why
Observable Space Is Solely Three Dimensional” (Rabinowitz 2014). His paper
provides coherent reasoning wh...
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The origin of the Baryonic Tully-Fisher Relationship
(BTFR) MBar ∝
V4 remains a quandary since empirically discovered thirty years ago.
This relationship has been considered an exact function of...
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We present the first detailed physically-based
thermodynamic model of the Galaxy as obtained from high-resolution kinematical data
from the inner stellar halo. We interpret the observed distribut...
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We present the first spatially resolved Mass
Discrepancy-Acceleration Relation (MDAR) for the Galaxy as determined from
high-resolution stellar kinematics. The physically obtained MDAR exhibits a...
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