About Me

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Experience

Electronics company in Taiwan

R&D Engineer (Jul 2021 - Present)

  1. Advanced research:
    2. - Study the state-of-the art paper to understand the cutting edge technology, and making connection to the customer needs.
  2. Developing automated design by Python:
    3. - I am familiar with Python and proficient in constructing theoretical models and solving mathematical problems. - For Xfmr design, it involves a variety of architectures and numerous design parameters. - We develop the algorithm with GUI so that engineers can easily choose the optimized cost effective solution from those possible solutions.
  3. Field application engineer (FAE):
    4. - Serve as a communication bridge between our engineering team and global customers. - Support the technical discussion with global customers. - Organize team members to work on projects.
  4. Design engineer for high power magnetics:
    5. - Design the high power magnetics for automotive applications, such as OBC & DCDC Xfmr, PFC choke, boost reactor, coupled inductors...etc.

Publication

[1] P.-C. Sun, Entanglement Islands from Holographic Thermalization of Rotating Charged Black Hole, [arXiv:2108.12557 [hep-th]]

[2] P.-C. Sun, The Influence of Angular Momentum and Chemical Potential on Holographic Entanglement Entropy, [arXiv:2107.08215 [hep-th]]

[3] P.-C. Sun, Time Evolution of the Holographic Entanglement Entropy from Black Hole Thermalization, [Master National Central University [Thesis]]

[4] P.-C. Sun, D.-S. Lee and C.-P. Yeh, Holographic approach to thermalization in general anisotropic theories, JHEP 03, 164 (2021) [arXiv:2011.02716 [hep-th]]

  • Our paper [4] was selected for inclusion in the Nature Index.
  • The paper [1] has the most citations.

Education

M.S. in Physics, Natl. Central U.

(Sep 2019 - Jun 2021)

Thesis Title:
Time Evolution of the Holographic Entanglement Entropy from Black Hole Thermalization

Excellent Subjects

B.S. in Physics, Natl. Dong Hwa U.

(Sep 2015 - Jun 2019)

  • Program of Theoretical and Computational Physics
  • Program of Nano Science and Optoelectronics
  • Minor: Division of Mathematical Science, Dept. of Applied Mathematics

Activities and societies:
【Director of Student Association of Dept. of Physics】,【Wind Ensemble, Dept. of Music】, 【Wind Ensemble Club】

Research Topic:
Holographic Approach to Thermalization in General Anisotropic Theories

Our paper was selected for inclusion in the Nature Index.

Excellent Subjects

Programming Language

  • Mathematica
  • Python(Pytorch)
  • Python script for Ansys
  • MATLAB
  • Maple
  • Ansys Maxwell
  • Latex
  • Mathcad

I am expert in using Mathematica or Maple to analyze differential equations, deal with integration problems or tensor calculations, and using Python or MATLAB for numerical computations.