Applications of Pawan Upadhyay’s Pressure–Curvature Law of Gravity and Pressure Waves Across Disciplines

Pawan Upadhyay’s Pressure–Curvature Law of Gravity (PPC Law of Gravity) provides a pressure-based interpretation of gravitation, emphasizing the role of energy density, pressure, and pressure-driven curvature dynamics. Beyond its relevance to fundamental physics and cosmology, the PPC framework introduces conceptual tools—such as force density, surface pressure, curvature length, and propagating pressure waves—that have potential applications across engineering, computer science, and other scientific disciplines. This paper explores interdisciplinary uses of the PPC perspective, highlighting how pressure–curvature and pressure-wave concepts can inspire new modeling approaches, simulation techniques, and analytical frameworks in diverse fields.帕万·乌帕迪亚（Pawan Upadhyay）提出的引力压强-曲率定律（PPC Law of Gravity）为引力提供了基于压强的诠释，着重凸显了能量密度、压强以及压强驱动的曲率动力学的核心作用。除了在基础物理与宇宙学领域具备重要研究价值外，该PPC框架还引入了力密度、表面压强、曲率长度以及传播压强波等一系列概念工具，这些工具可在工程学、计算机科学及其他科学学科中实现潜在应用。本文探讨了PPC视角的跨学科应用，阐释了压强-曲率与压强波的相关概念如何为各领域的新型建模方法、模拟技术及分析框架提供创新灵感。