Phenomena of Mass-Energy Conversion in Natural Spacetime and their Relevance to the Energy and Materials Industry

Journal: Architecture Engineering and Science DOI: 10.32629/aes.v4i2.1232

Chao Wu, Wanqiang Hou, Yi Zhang, Shiyou Jia

Fangcheng County Wan Bei Cement Group Co., Ltd., Nanyang, Henan, China

Abstract

By establishing spacetime mechanics and based on preliminary theories, this study reexamines the concepts and processes of human energy application, which have traditionally been built upon a relatively static spatial foundation. It highlights the lack of recognition and understanding regarding the concepts of time acceleration and the expansion of the universe due to high-speed motion, as well as the lack of awareness and comprehension of the phenomena and laws governing the mutual conversion of mass and energy in natural spacetime. Indiscriminately placing all industrial processes within the Earth's spatial environment, essential for human survival, has resulted in the accelerated expansion and destruction of Earth's spacetime, gradually diminishing its self-repair capacity, and severely violating the phenomena and laws of natural spacetime mechanics. It is imperative to enhance our cognitive ability to comprehend the universe and to innovate scientific theoretical frameworks. Constructing an energy and materials industry system that is zero-emission, zero-pollution, and highly efficient is also crucial. Accelerating the synchronized integration of industrial processes and promoting the early realization of zero-emission and zero-pollution industries are essential steps.

Keywords

spatiotemporal properties of the universe, fundamental principles of spacetime mechanics, spacetime mechanics equations, realization process and significance of zero-emission, zero-pollution energy and materials industry

References

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Copyright © 2023 Chao Wu, Wanqiang Hou, Yi Zhang, Shiyou Jia

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