367(1): Fluid Dynamic Theory of Gyroscopes

The attached notes shows that the well known Euler Equations are fundamentally modified in ECE2 fluid dynamics, and become Eqs. (22). They can be simplified to Eq. (27) with the assumptions (25) and (26) and show that there are new precessional effects in a gyroscope when the angular momentum becomes a vector field of ECE2 fluid dynamics, i.e. when the motion takes place in a fluid spacetime, aether or vacuum. Eq. (27) could be applied to the experimental results recently sent over by Michael Jackson, to attempt to explain the experimental data with this new theory. It is assumed that the data are reproducible and repeatable and there is no reason to doubt it. The standard classical dynamics cannot explain the data. This new theory can be applied to the precessions of the earth or any rigid object such as a symmetric top (see Marion and Thornton pp. 388 ff., third edition).

a367thpapernotes1.pdf

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