Graduated from the Institute of Applied Physics, National Taiwan University. The field of the master degree's research was experimental high energy physics. I have participated in the Belle project, which is located in Japan. My master thesis research mainly uses machine learning to analyze collision particles decay mode with big data size. Having a strong interest in big data analysis and machine learning. I'm already performed my military service, and work at PEGA corp as the software engineer now.
Email:[email protected]
Phone:0939575005
address:9F, No.22-5, Le Li 3rd Street, Anle District, Keelung city.
Born date :1991/9/22
Chinese (Native)
English (Upper-intermediate)
Taiwanese (Native)
Title:Search for B → K(∗)νν ̄ with Hadronic Tag at Belle Experiment
Chian Biomedical Tech INC is a medical device solutions provider that design/develop/manufacture the proton-targeted cancer therapeutic machines. Proton therapy refers to use a particle accelerator to target a tumor with a beam of protons. These charged particles damage the DNA of cells, ultimately killing a tumor by stopping their reproduction. The motivation of my project was to simulate the slow extraction efficiency under different lattice configuration. We performed the simulation under MAD-X package, which was developed by CERN. Sextuple in the lattice will occur third-order resonance, with the electrostatic septum, we can slow extract the particle that is accelerated to a specified energy. The final simulation result was consistent with our hypothesis, verifying that the lattice parameter I set was a feasible solution.
Skills:Fortan coding, lattice design, parameters optimization.
The left figure is the magnet configuration of Synchrotron.
The right figure is the phase diagram of Third-resonance.
My name is Bo-Yuan Yang. I majored in Photonic Engineering at the university. Besides learning the basic subjects (electronic circuit, electromagnetics etc... ), I also took courses about semiconductor physics and semiconductor Process. I participated in the project about electromagnetic models simulation using Matlab with the FDTD method. In addition, Under the guidance of my supervisor, I used the embedded system Arduino to design a pet automatic feeding machine and took the second price in the competition which was held by the college.
I worked for the physics master after B.S. I participated in the Belle experiment, an international collaboration of more than 17 countries, 400 physicists and engineers, at the High Energy Accelerator Research Organisation (KEK) in Tsukuba, Ibaraki Prefecture, Japan. Belle experiment is to research the B physics, the B meson pairs are produced by an electron and positron collision. My research is focusing on big data analysis of the B meson decay channels. The data sample is collected by Belle detector, the total number of BB bar pair are up to 771 million. In order to eliminate experimenter’s bias, we perform the blind analysis. We study the signal and background with Monte Carlo (MC) simulation. Unless the analysis is completed, the real data will keep blinding. In my thesis, I used the neuro-network algorithm to process the big data of B meson decay final states to knock out the irrelevant data. After the neuro-network selection, we can get the clean relevant data. With that data, we can use the statistical method to calculate the branching fraction. For the period of time I work in Belle collaboration, I learned not only the knowledge of physics and analysis but how to work and communicate with those people from different country and culture in the group.
In addition, I had the internship during the master's degree. The project of the intern job was about to calculate the physics parameter of the proton therapy Synchrotron, and also participate in the discussion of the configuration of Synchrotron's magnet and run the simulation to verify the lattice design.
I'm now working at PEGA corp. as the platform / data engineer RD for developing and maintaining the deep learning platform.
I'm interested at big data field and semiconductor industry. Particularly, If you feel that I am suited for the job that you have in mind, please inform me of the time convenient for an interview. I hope to hear from you in the near future.