Contents of the Articles

Some of the titles that included 'mechanics' were changed to 'theory'. There may be errors in the derivation of formulas in the articles. The most recent book I wrote was 「General Relativistic Quantum Theory」, which was published in Korea up to the second edition. Although some content was added compared to the first edition, there is no significant difference. If you have any questions or find any errors in the book, please leave a comment or send me an email.

 

The articles on this site are personal thoughts about scientific, mathematical theories and comments and corrections about 'general relativistic quantum mechanics' (brief information about the book can be found at Book Info or Blog.

There are some differences between the pdf file attached to the article and the main text of the web page, but the web page has more recent content. The pdf file was left as is for reference that someone may have used in the past.

 

General Relativistic Quantum Mechanics: This book is suitable for people preparing papers, engineers working in high-tech indust

 

Some of them are about supplementary content or corrections of the book.

 

3: correction

6, 7: summary and comment, 

9: comment - An article that provides a new analysis of general relativity and quantum physics using the well-known special theory of relativity.

13: comment - contents that attempt to formalize mass and potential from the integral, differential perspective

 

And remaining articles explain quantum theory using the Riemann zeta function. I developed it using my existing mathematical knowledge. In the process, there are also fields related to pure mathematics.

 

4, 8: Early thoughts on prime numbers and quantum theory

16, 17, 20, 21, 26, 27, 29, 30, 33: It is meaningful as a process of reaching a final conclusion from early writings about the Riemann zeta function and quantum theory.

24, 28: An article about the interconnectedness of probability, number theory, and integral/derivative, etc.

 

As with general relativistic quantum mechanics, there are limits to expert knowledge in explaining the relationship between prime numbers and quantum mechanics using the Rieman zeta function. Among them, there are difficult problems in mathematics, such as the Riemann hypothesis. There is also content that can mathematically prove or theoretically calculate things that were expressed as laws or constants in physics. I am confident that these articles will be helpful to those who are familiar with the related field. 

 

This is natural for papers, but copyright exists even in non-paper articles. Please note that there are many personal opinions and theories that are not yet officially acknowledged. If you quote these articles, please cite the source.

---

 

^{The articles were wirtten with the help of Google Translator for language translation. The graph image was drawn from the site, https://www.desmos.com. Unless not specified explicitly, the writing date and completion date of the article coincide within one week.}