MOG without anomaly
Alireza Sepehri, Tooraj Ghaffary, Yaghoob Naimi

TL;DR
This paper derives an anomaly-free version of Moffat's Modified Gravity (MOG) by extending the Horava-Witten mechanism to fourteen dimensions and proposes an extended MOG including fermionic fields.
Contribution
It introduces a novel anomaly-free formulation of MOG through higher-dimensional generalization and extends the theory to incorporate fermionic fields.
Findings
MOG can be made anomaly-free in fourteen dimensions.
The extended MOG includes fermionic fields.
The approach generalizes the Horava-Witten mechanism.
Abstract
We obtain the action of Moffat's Modified Gravity, (MOG), a scalar-tensor-vector theory of gravitation, by generalizing the Horava-Witten mechanism to fourteen dimensions. We show that the resulting theory is anomaly-free. We propose an extended version of MOG that includes fermionic fields.
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