利用空间度量推导引力效应下的时间变化  

Using Spatial Metrics to Deduce Time Changes under Gravitational Effects

作　　者：曾聪[1] ZENG Cong

机构地区：[1]河源职业技术学院,广东河源517000

出　　处：《科技创新与应用》2025年第7期5-8,共4页Technology Innovation and Application

摘　　要：时间,对于我们人类的生活实践具有非常重要的指导作用,它赋予人类掌握生活和工作节奏的能力,同时也让人类能够具有追寻先祖文明的依据,拥有展望未来文明的计划。该文假设只在引力作用下,忽略空气阻力,同时抛开相对论中速度对时间的影响,利用空间度量一致性建立2个不同时空的微分方程,推导出星球引力对时间的影响公式,以地球为参考对象,时钟采用国际标准铯原子时钟计时,理论计算出地球引力每100亿年相对于无引力空间慢1.031663 s。Time plays a very important guiding role in our human life practice.It gives humans the ability to master the rhythm of life and work.It also allows humans to have the basis to pursue ancestral civilizations and have plans to look forward to future civilizations.This paper assumes that only under the action of gravity,ignoring air resistance,and at the same time abandoning the influence of velocity on time in relativity,using the consistency of spatial measures to establish two different differential equations of time and space,and deriving the formula for the influence of planet gravity on time.With the earth as a reference object,the clock uses the international standard cesium atomic clock to clock.It is theoretically calculated that the earth's gravity is slower by 1.12227 seconds per 10 billion years relative to the non-gravity space.

关 键 词：空间度量 时间 引力 时间间隔 长度 

分 类 号：O411.1[理学—理论物理]