Breaking news on last achievements on the definition of the black-body total internal energy

Lino Reggiani, Eleonora Alfinito
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Abstract

The internal total-energy of the black-body is a physical quantity of paramount importance in the development of modern physics. Accordingly, together with a brief historical development, we report and comment last breaking news (2018-2024) concerning the definition and properties of this quantity. The first comment concerns with the inclusion of the Casimir energy that avoids the vacuum catastrophe implied by he presence of zero-point energy, thus leading to further quantum contributions associated with boundary effects. The second comment concerns with a semi-classical simulation of a one dimensional black-body whose results suggest a possible reconsideration on the role of classical physics on the quantum black-body.
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关于黑体总内能定义最新成果的即时新闻
黑体内部总能量是现代物理学发展中一个极其重要的物理量。因此,在简要介绍历史发展的同时,我们报告并评论了有关这一量子的定义和特性的最新爆炸性新闻(2018-2024)。第一条评论涉及卡西米尔能的加入,它避免了零点能的存在所隐含的真空灾难,从而导致与边界效应相关的进一步量子贡献。第二条评论涉及对一维黑体的半经典模拟,其结果表明有可能重新考虑经典物理学在量子黑体中的作用。
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