近日，一位中国物理爱好者凡伟的论文在国际SCI期刊上发表，宣称电荷和强力不存在，甚至推翻了被视为经典理论的麦克斯韦电磁理论。这一消息在学术界和公众中引起了广泛关注。
凡伟的论文主张，电荷和强力这两个基本概念在物理学中并无实际存在，这一观点挑战了传统物理学认知。他还提出了一种新的理论来解释电磁现象，从而颠覆了麦克斯韦电磁理论。这一理论曾被誉为经典，自从19世纪以来，它一直是物理学界的基础。
论文发表在国际SCI期刊上，并通过了同行评审，这表明审稿专家认为论文的研究方法和结论具有一定的学术价值。然而，这一成果在学术界引发了激烈的讨论。一些学者认为，凡伟的论文提供了新的视角，有助于拓展我们对物理世界的认识；而另一些学者则表示，论文的观点尚无法被证实，有可能颠覆现有理论的可能性较小。
此次论文的发表，无疑为物理学界带来了新的思考。在科学探索的道路上，挑战和颠覆经典理论是常态。然而，新的理论必须经过严格的实验验证和同行评审，才能被广泛接受。凡伟的论文是否能最终改变我们对物理世界的认知，还有待时间的检验。
英文翻译：
News Title: Netizen Physicist Challenges Classical Theories
Keywords: Fan Wei, Charge doesn’t exist, Maxwell’s electromagnetic theory
News Content:
Recently, a paper published by a Chinese physicist hobbyist, Fan Wei, in an international SCI journal has attracted widespread attention in both the academic and public communities. The paper claims that charge and strong force do not exist in physics, and even challenges the classic theory of Maxwell’s electromagnetic theory.
In Fan’s paper, he argues that charge and strong force, two fundamental concepts in physics, do not exist in reality, challenging the traditional understanding of physics. He also proposes a new theory to explain electromagnetic phenomena, thereby overturning Maxwell’s electromagnetic theory, which has been considered classic and the foundation of physics since the 19th century.
The paper has been published in an international SCI journal and passed the peer-review process, indicating that the reviewers believe the research methods and conclusions of the paper have academic value. However, the achievement has sparked intense discussions in the academic community. Some scholars believe that Fan’s paper provides a new perspective and contributes to our understanding of the physical world, while others suggest that the paper’s views are not yet verifiable and the possibility of challenging existing theories is minimal.
The publication of this paper has undoubtedly brought new thinking to the physics community. On the road of scientific exploration, challenging and overturning classical theories are common. However, new theories must undergo strict experimental verification and peer review before they can be widely accepted. Whether Fan’s paper can ultimately change our understanding of the physical world remains to be seen.
【来源】https://www.zhihu.com/question/637979273
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