Four types of attractive gravity probe surfaces
Kangjae Lee, Tetsuya Shiromizu, Keisuke Izumi, Hirotaka Yoshino,, Yoshimune Tomikawa

TL;DR
This paper revisits the concept of attractive gravity probe surfaces (AGPS), introduces three new variants, and refines inequalities for four AGPS types considering angular momentum, gravitational waves, and matter effects.
Contribution
It proposes three new variants of AGPS and refines existing inequalities by incorporating additional physical factors.
Findings
Refined inequalities for four AGPS types.
Introduction of three new AGPS variants.
Enhanced understanding of gravity strength indicators.
Abstract
We reexamine the concept of the attractive gravity probe surface recently proposed as an indicator for strength of gravity. Then, we propose three new variant concepts and show refined inequalities for the four types of the AGPSs by taking account of the angular momentum, gravitational waves and matters.
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