Electromagnetic Waves: Exploring The Fundamental Properties and Impact on Modern Technology and Society

Renjie Lu
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Abstract

This paper thoroughly investigates electromagnetic waves (EM), highlighting their fundamental characteristics, applications in electrical energy transmission, and mobile phone technology. The study begins by dissecting EM waves’ wave-particle duality and spectrum range, establishing a foundation to understand their significant role in modern technology and society. A key focus is placed on their efficiency in electrical energy transmission, especially relevant in the context of increasing energy demands and the integration of renewable resources for sustainable development. The paper also examines how electromagnetic waves have revolutionized mobile phone technology, encompassing aspects like wireless connectivity, GPS, and near-field communication, profoundly influencing global communication and information exchange. Despite these advancements, the paper acknowledges challenges like health and environmental risks associated with electromagnetic pollution. These complexities underscore the need for balanced advancement in electromagnetic wave applications and technology.
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电磁波:探索电磁波的基本特性及其对现代技术和社会的影响
本文深入研究了电磁波(EM),重点介绍了其基本特征、在电能传输中的应用以及移动电话技术。研究首先剖析了电磁波的波粒二象性和频谱范围,为理解电磁波在现代科技和社会中的重要作用奠定了基础。研究的重点是电磁波在电能传输中的效率,这与日益增长的能源需求和整合可再生资源以促进可持续发展尤为相关。论文还探讨了电磁波如何彻底改变了移动电话技术,包括无线连接、全球定位系统和近场通信等方面,对全球通信和信息交流产生了深远影响。尽管取得了这些进步,本文也承认电磁污染带来的健康和环境风险等挑战。这些复杂性凸显了平衡推进电磁波应用和技术的必要性。
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