Astrophysics

    

Theory of Complex Momentum in Phase Spacetime

Authors: Jarosław Grabiec

This paper introduces a macro-scale complex form of mechanical momentum, revealing its dual nature and emphasizing its vector phase of motion ��(��) in spacetime. It offers practical diagnostic tools and clearly describes the dynamical relationship between rotational and translational motion. It proposes a proven mathematical framework using complex numbers, used by engineers in electrical engineering, which can also be applied in orbital mechanics, simplifying calculations. A non-standard approach in a non-inertial frame explains, using an example, the astrophysical energy mechanism seen from within the Coriolis effect. It focuses the reader's attention on energy transfer in the energy channel of the Coriolis effect as a looped (implicit) coupling mechanism between the active and reactive energy channels.

Comments: 32 Pages. In Polish (Note by viXra Admin: Please cite listed scientific references)

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[v1] 2026-02-16 01:11:20

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