About Me

An exploration of my journey through astrophysics, quantum optics, and engineering.

Who I Am

I am a researcher passionate about pushing the boundaries of science at the intersection of astrophysics and quantum technologies. With a strong foundation in electrical engineering and an enduring fascination with the cosmos, I have carved out a niche in data analysis, high-precision instrumentation, and machine learning for advanced astronomical research.

Education

  • Northeastern University, Boston, MA
    Master of Science in Electrical and Computer Engineering, 2024
    Specialized in Electromagnetics, Plasma, and Optics. My coursework included Nanophotonics, Quantum Engineering, and Electromagnetic Theories. I graduated with a GPA of 3.93/4.0.
  • Northern Arizona University, Flagstaff, AZ
    Bachelor of Science in Electrical Engineering, 2022
    Gained expertise in Semiconductor Memories, Microprocessors, and Electromagnetic Fundamentals, completing a capstone project on automated greenhouse climate control systems. GPA: 3.70/4.0.

Current Focus

As a researcher, my efforts are directed toward advancing our understanding of the universe by integrating modern technologies into astrophysical studies. My primary focus areas include:

  • Gravitational Wave Astronomy: Developing real-time parameter estimation tools for astrophysical mergers.
  • Quantum Optics: Innovating optical systems for improved astronomical observations.
  • AI in Astronomy: Leveraging machine learning to optimize data processing and modeling.
  • Exoplanet Science: Employing interferometry and adaptive optics to explore planetary systems.

Skills

  • Programming Languages: Python, C++, MATLAB, R, SQL
  • Data Analysis: Proficient in tools like GWPy, Bilby, and AMPLFI for signal processing
  • Optics Expertise: Quantum Light Sources, Photon Encoding, Frequency Comb Applications
  • Machine Learning: AI modeling for astrophysical datasets
  • Software Tools: PyCharm, TensorFlow, MySQL

Professional Experience

Researcher, Northeastern University (2022–2024)
Focused on integrating quantum optical principles into secure communication systems and astrophysical instrumentation.

Junior Research Associate, QuantumCTek Co., Jinan, China (2021–2022)
Contributed to the development of photon-encoded communication systems and advanced quantum encryption technologies.

My Vision

I aspire to bring transformative technologies, such as quantum optics and AI-driven data analytics, into the field of astrophysics. My vision is to contribute significantly to our understanding of the universe—whether through detecting gravitational waves, exploring distant planets, or advancing astronomical instrumentation. I see science as a collaborative journey, one where innovation and curiosity pave the way for discovery.