Sustainable Development Goals
Abstract/Objectives
The author’s research focuses on supernova explosions, fluid simulations, and stellar evolution to explore the cycle of elements and energy transformations in the universe. This work is relevant to materials science and new energy technologies. Using high-performance computing and numerical simulations, they improve computational efficiency and decrease energy consumption. The developed tools and data visualization techniques have interdisciplinary applications, promoting open science and education. Ultimately, this research not only enhances our understanding of the universe but also supports sustainable technological and knowledge development.
Results/Contributions
My research achievements encompass supernova explosions, multidimensional fluid simulations, and stellar evolution, investigating the cycle of elements and energy transformations in the universe, which contribute to materials science and new energy technologies. Through high-performance computing and numerical simulations, I enhance computational efficiency and reduce energy consumption. Additionally, the tools and data visualization techniques developed can be applied in various interdisciplinary fields, promoting open science and education. These studies not only deepen humanity's understanding of the universe but also foster sustainable development in technology and knowledge.
Keywords
neutron starblack holesgravitational wavesupernovaeneutrinosfluid dynamicsmagneto-hydrodyanmics
Contact Information
潘國全老師
kuochuan.pan@gapp.nthu.edu.tw