Author: Zen and the Art of Computer Programming
1 Introduction
In the process of modern scientific development, some major discoveries or theories often require thousands of experimental verifications before conclusions can be drawn. In the process of exploring these new concepts and new theories, we will also continue to summarize experiences and lessons in order to better understand and solve known problems. The "GW Report" is such a large family, written by famous astronomers, with the purpose of reporting and reviewing existing research results on gravitational waves.
Despite so many “GW reports,” there is still a long way to go before we understand and apply the new field of gravitational wave sensing. For example, how to extract gravitational wave information, understand the principles and design effective detection systems are all current and future research hotspots. Therefore, this report will start with the basic knowledge of gravitational waves, introduce its basic concepts, terminology and its evolution process; then analyze its key physical properties - effective extrapolation lines and geomagnetic field effects; point out the existence of different types of cosmic structures. Different effective extrapolation line distribution rules; finally, the mechanism of the formation and absorption of weak gravitons in the universe that affects gravitational wave radiation is explained, and then the principle of using such weak gravitons to generate weak electron clouds is demonstrated to detect the relationship between weak particles in the universe and stars. The effect of gravity.
By exploring these key aspects in depth, we hope to derive state-of-the-art theories with broad implications. Regarding the development of cosmic gravitational waves, we can see that various forms, frequencies, speeds, and distribution patterns in the structure of the universe are changing, and these may directly affect our knowledge, understanding, and utilization of gravitational waves. It is worth noting that many researchers have not systematically explored all the characteristics and mechanisms of gravitational waves, or only focused on a specific universe model. Our efforts are to conduct a comprehensive and in-depth study of the gravitational wave theory to help us recognize the imperfections currently known and guide better scientific research in the future.
2. Basic knowledge of gravitational waves
2.1 Overview of Gravitational Waves
2.1.1 Introduction to gravitational waves
Gravitational waves are a cosmic phenomenon, which are infinitesimal vibrations in the movement of matter in the universe. Due to its extremely high frequency