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1、ONINCOMPATIBILITYOFGRAVITATIONALRADIATIONWITHTHE1915EINSTEINEQUATIONApplied and Pure Research Institute17 Newcastle Drive, Nashua, NH 03060Physics Essays, vol. 13, no. 4, 2000AbstractIt is shown that the 1915 Einstein equation is incompatible with the physical
2、notion that a wave carries away energy-momentum. This proof is compatible with that Maxwell-Newton Approximation (the linear field equation for weak gravity), and is supported by the binary pulsar experiments. For dynamic problems, the linear field equation is
3、independent of, and furthermore incompatible with the Einstein equation. The linear equation, as a first-order approximation, requires the existence of the weak gravitational wave such that it must be bounded in amplitude and be related to the ONINCOMPATIBILITY
4、OFGRAVITATIONALRADIATIONWITHTHE1915EINSTEINEQUATIONApplied and Pure Research Institute17 Newcastle Drive, Nashua, NH 03060Physics Essays, vol. 13, no. 4, 2000AbstractIt is shown that the 1915 Einstein equation is incompatible with the physical notion that a wav
5、e carries away energy-momentum. This proof is compatible with that Maxwell-Newton Approximation (the linear field equation for weak gravity), and is supported by the binary pulsar experiments. For dynamic problems, the linear field equation is independent of, a
6、nd furthermore incompatible with the Einstein equation. The linear equation, as a first-order approximation, requires the existence of the weak gravitational wave such that it must be bounded in amplitude and be related to the ONINCOMPATIBILITYOFGRAVITATIONALRA
7、DIATIONWITHTHE1915EINSTEINEQUATIONApplied and Pure Research Institute17 Newcastle Drive, Nashua, NH 03060Physics Essays, vol. 13, no. 4, 2000AbstractIt is shown that the 1915 Einstein equation is incompatible with the physical notion that a wave carries away en
8、ergy-momentum. This proof is compatible with that Maxwell-Newton Approximation (the linear field equation for weak gravity), and is supported by the binary pulsar experiment
