\begin{document}$ h_{\mu\nu} $\end{document} with spin-2 is introduced naturally by the requirement that the Lagrangian is locally translation invariant in Minkowski spacetime. The interactions between the \begin{document}$ h_{\mu\nu} $\end{document} and spin-\begin{document}$ \dfrac 1 2 $\end{document}, 0, 1 matter fields are obtained along with the Lagrangian for the gravitational field including self-interactions. The deflection angle of light when it passes through the sun is calculated with different gauge conditions as an example. Our leading-order result is the same as that from general relativity, although the basic ideas are different. It is interesting that gravity can be described in a similar way to other fundamental interactions in Minkowski spacetime, and it may provide a new scenario for the Universe."> Translation gauge field theory of gravity in Minkowski spacetime -
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