GRAVITATIONAL DRIVING: GEODESICS WARPED BY SOLITONS OF ACCELERATION

Nilo Serpa

doi:10.17648/calibre.v6i1.1550

GRAVITATIONAL DRIVING: GEODESICS WARPED BY SOLITONS OF ACCELERATION

Nilo Serpa

Resumo

Abstract. This article discusses the basic science to be considered as the background for a speculative technology of gravitational propulsion. Generalized functions are applied to the formalism of general relativity to introduce finite dynamic intervals of spacetime to be warped by acceleration solitons, the latter being interpreted as causing geodesic bends in the spacetime continuum.

Key words: soliton, propultion, gravitational tail, warp-drive spacetime, spacetime interval.

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Dieser Artikel beschreibt die Grundlagenforschung, die als Hintergrund einer spekulativen Technologie des Gravitationsantriebs betrachtet werden soll. Verallgemeinerte Funktionen werden auf den Formalismus der allgemeinen Relativitätstheorie angewendet, um die richtigen Abstände als dynamische Raumzeitintervalle zu definieren. Einsame Beschleunigungswellen werden so interpretiert, dass sie die geodätischen Abweichungen im Raumzeitkontinuum verursachen.

Schlüsselwörter: Soliton, Antrieb, Gravitationsschwanz, Warp-Drive-Raumzeit, Raumzeitintervall.

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DOI: http://dx.doi.org/10.17648/calibre.v6i1.1550