本研究所の研究成果は、A) 研究論文、B) 論文形式よりカジュアルな解説文章、C) その他のコンテンツの3つのジャンルに分けて掲載しています。特にDOI付きでない内部論文については識別のため、APITナンバー（All Physics In Tokyo number）を付与しています。全てのコンテンツは「Read more」からご覧いただけます。各コンテンツの責任は各製作者（著者）に帰属します。なお、各コンテンツのタイトルや説明文はそれぞれの言語で表示されます。
We categorize the research achievements of our institute into three genres: A) research papers, B) more casual explanatory articles than papers, and C) other content.For internal papers without a DOI, we assign an APIT number (All Physics In Tokyo number) for identification. All content can be viewed through "Read more." The responsibility for each content lies with its respective creator (author). Note that the title and description of each content is displayed in their respective languages.
A：研究論文
A : Research Papers
Field Theory
Gravity-Electromagnetic Coupling for g-2
May 17,2024
We investigate the effects of gravity on the electron anomalous magnetic moment, $a_e = (g-2)/2$, within the framework of Quantum Electrodynamics (QED). The application of the Dirac-based gravitational theory reveals significant electromagnetic-gravitational interactions, leading to second-order relativistic effects ...
We present a new calculation of the center of mass (CM) corrections on the Lamb shifts energy in muonium (μ+ e− system) and hydrogen atom. It turns out that the good agreement so far obtained for the Lamb shifts energy between theory and experiment is seriously destroyed by the CM effects. This should give rise to a question...
Electromagnetic Interaction of Complex Scalar Field
August 28,2022
The complex scalar fields may interact with electromagnetic fields since one can construct the gauge invariant Lagrangian density. However, it is shown that the current of the scalar fields becomes gauge dependent, and thus the fields should not be physical observables. Further...
For a long time, a chain of mistakes have been made in theoretical physics. Even though it is neither interesting nor encouraging to explain the stories of wrong model calculations, it should be important to clarify underlying reasons as to why people made mistakes in their calculations...
The aim of physics is to understand nature. All the theo-retical models should be constructed so as to clarify physi-cal phenomena, and that is all. Therefore, any theoretical model should not lose its aim of understanding nature. At present, all the basic field theory models are quite normal, except the general relativity. The Einstein equation has no...
At the present time, the theoretical scheme in modern fundamental physics is al- most in the chaotic state, and therefore, it should be quite important for young people to find a physics textbook which can point to a right direction in studying modern physics...