Titlebook: General Relativistic and Post-Newtonian Dynamics for Near-Earth Objects and Solar System Bodies; Joseph O’Leary Book 2021 The Editor(s) (i

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Competition and Innovation Efficiency, numerical integration of Newton’s second law of motion, combined with linearly superimposed perturbative forces. Specifically, this corresponds to the perturbed three-dimensional acceleration of the spatial coordinates for a given body with respect to the absolute coordinate time of Newtonian mechanics.

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General Relativistic Orbit Determination numerical integration of Newton’s second law of motion, combined with linearly superimposed perturbative forces. Specifically, this corresponds to the perturbed three-dimensional acceleration of the spatial coordinates for a given body with respect to the absolute coordinate time of Newtonian mechanics.

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https://doi.org/10.1007/978-3-030-80185-4General Relativity; Post-Newtonian Approximation; Orbital Dynamics; Relativistic Orbitography; Relativis

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General Relativistic and Post-Newtonian Dynamics for Near-Earth Objects and Solar System Bodies978-3-030-80185-4Series ISSN 2190-5053 Series E-ISSN 2190-5061

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2; Misner et?al. 1973; Weinberg 1972) of the field equations of gravity. The first direct observation of gravitational waves was due to the coalescence of a binary black hole system (Abbott et?al. 2016), which was detected by the advanced laser interferometer gravitational-wave observatory collabora

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