结合实验从太阳振动探索太阳引力的本质

作     者：张五行 

作者机构：浙江大学电机工程学院浙江 杭州 

出 版 物：《自然科学》 (Open Journal of Nature Science)

年 卷 期：2025年第13卷第1期

页      码：125-133页

摘      要：本研究从太阳振动现象来探究太阳引力的本质。先对太阳最长周期的振动数据进行分析,发现天王星能精确对应。分析太阳最短周期时,发现对应的行星距离有非常大的误差。结合太阳光波长范围,更好地理解引力可能有一段频谱。又根据电磁知识推导,计算出的最短波长符合金星位置,结合太阳最短周期的漂动过于异常,从而初步得到结论:太阳引力是一种波,并且最长波长和最短波长的比值约为26倍。再通过行星密度规律,从另一个角度证明太阳系行星分布存在波动性。根据新的发现,预测存在“太阳纬环”和太阳两个极点有互补的振动现象。此外,发现课本上讲解的牛顿设计的三棱镜实验有些缺陷,又根据新发现探讨了科学史上的一些困惑。本研究运用电磁领域知识进行公式推导和计算,这是一种探索宇宙的新方法。This study probes into the essence of solar gravity by analyzing the phenomenon of solar oscillations. Firstly, through analyzing the vibration data of the sun’s longest period, it is found that Uranus can be precisely corresponded. When analyzing the shortest period, a large error is found in the corresponding planetary distances. Combining the wavelength range of sunlight helps better understand that gravity may have a spectrum. According to electromagnetic knowledge derivation, the calculated shortest wavelength corresponds to the position of Venus. Considering the extremely abnormal drift of the sun’s shortest period, a preliminary conclusion is drawn that solar gravity is a wave, and the ratio of the longest wavelength to the shortest wavelength is approximately 26 times. Additionally, through the law of planetary density, the wave nature of the distribution of planets in the solar system is proven from another angle. Based on new findings, the existence of “solar latitude rings” and complementary vibration phenomena at the two poles of the sun are predicted. Moreover, it is found that there are some defects in the prism experiment designed by Newton as explained in textbooks, and some confusions in the history of science are discussed according to the new findings. This study uses knowledge in the electromagnetic field for formula derivation and calculation, which is a new method for exploring the universe.

主 题 词：太阳振动 太阳引力 行星密度 天线原理 超声波悬浮实验 三棱镜实验 

学科分类：0401[教育学-教育学类] 04[教育学] 

D　O　I：10.12677/ojns.2025.131013

馆 藏 号：203156699...