Lorentz Transformation of Gravitational Field
Zhi Cheng
Abstract
Zhi Cheng
Abstract
The transformation relationship between different reference systems follows the principle of Lorentz transformation. In general relativity, the curvature of space-time caused by mass is regarded as a non-inertial frame of reference, so there is also a problem of frame of reference transformation. If the concept of virtual space-time is introduced, we can see that the existence of gravity can also introduce the Lorentz transformation relationship, so that we can deal with the problem of gravity in a simpler way. This article analyzes the static gravitational field, and obtains a result consistent with the Schwarzschild solution of relativity in a more concise way.
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The transformation relationship between different reference systems follows the principle of Lorentz transformation. In general relativity, the curvature of space-time caused by mass is regarded as a non-inertial frame of reference, so there is also a problem of frame of reference transformation. If the concept of virtual space-time is introduced, we can see that the existence of gravity can also introduce the Lorentz transformation relationship, so that we can deal with the problem of gravity in a simpler way. This article analyzes the static gravitational field, and obtains a result consistent with the Schwarzschild solution of relativity in a more concise way.
Key concepts: Lorentz transformation, Gravitational field, Transformation (genetics), Inertial frame of reference, Principle of relativity, Frame of reference, Classical mechanics, Reference frame