On limits of spacetimes -- a coordinate-free approach
F. M. Paiva, M. J. Rebou\c{c}as, M. A. H. MacCallum

TL;DR
This paper introduces a coordinate-free method to analyze the limits of spacetimes, specifically studying Schwarzschild metric limits and discovering new vacuum plane-wave solutions of Petrov type N.
Contribution
It develops a coordinate-free framework for spacetime limits and extends previous results by identifying new Petrov type N limits of Schwarzschild spacetime.
Findings
Schwarzschild limits as mass tends to 0 or ∞ are characterized.
New vacuum plane-wave solutions of Petrov type N are identified as limits.
The approach extends previous understanding of spacetime limits.
Abstract
A coordinate-free approach to limits of spacetimes is developed. The limits of the Schwarzschild metric as the mass parameter tends to 0 or are studied, extending previous results. Besides the known Petrov type D and 0 limits, three vacuum plane-wave solutions of Petrov type N are found to be limits of the Schwarzschild spacetime.
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