2026.03.05
Standard Model from superstring theory
SOKENDAI研究派遣プログラム 採択年度: 2025
Worapat PIENSUK
With the IKKT matrix model as a complete theory of everything, it should explain the Standard Model. In this research, we found evidence that the elementary particles in the Standard Model can indeed be described by the IKKT matrix model.
Superstring theory is a prime candidate for a theory that can explain all four forces of nature. However, it fails to explain why spacetime is three-dimensional. The IKKT matrix model was proposed as a model, strongly connected to superstring theory, which can answer such a fundamental question, supported by much evidence over the years. For the IKKT matrix model to truly be a complete theory of everything, it should also be able to explain why an “exact” set of particles in the Standard Model is necessary to describe three forces, except gravity. Despite many attempts, this still remains an open question. In this research, we transformed the IKKT matrix model to a more field theoretic picture, which resulted in a simpler and more straightforward investigation. With our setup, we found 4 generations of quarks and leptons. Despite a slight difference from the 3 generations in the Standard Model, this marks an important milestone in the research of the IKKT matrix model as a complete theory of everything. We are currently exploring other possible setup that results in a consistency with the Standard Model.
派遣先滞在期間
Date of Departure: 2025/09/29
Date of Return: 2025/12/27
国、都市等
Taipei, Taiwan
機関名、受入先、会議名等
National Taiwan University, Host: Professor Pei-Ming Ho
派遣中に学んだことや得られたもの
During my PhD studies, my research mainly focuses on investigating physical systems using numerical methods. During my visit to NTU, I had an opportunity to explore a new direction of research, including advanced usage of group theory in string compactification, which I have had little experience in. Therefore, the Dispatch Program has given me an opportunity to expand my research repertoire which is beneficial for my future career.
高エネルギー加速器科学研究科 素粒子原子核専攻 Worapat PIENSUK
I graduated from KMUTT in Bangkok with a degree in Mechanical Engineering. Following this, I enrolled in the 5-year doctoral course at the Department of Particle and Nuclear Physics, SOKENDAI. My research focuses on understanding the beginning of the Universe, including why it is four-dimensional (three spatial dimensions and one temporal dimension) and expanding.