Harvey Tian
Physics Researcher | Computational Scientist
Ithaca, US.About
Highly accomplished Physics and Computer Science researcher with a Ph.D. from Cornell and extensive experience in computational modeling, experimental design, and advanced data analysis. Proven ability to optimize complex simulation software, develop innovative scientific algorithms, and drive significant discoveries in plasma physics and materials science.
Work
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Summary
As a Research Assistant, I spearheaded computational and experimental plasma physics research, optimizing simulation software and designing innovative experiments that advanced scientific understanding.
Highlights
Simulated diverse plasma gas-puff z-pinch experiments conducted by leading institutions (e.g., Princeton, Imperial College), validating complex models against empirical data to enhance predictive accuracy.
Optimized and debugged the PERSEUS simulation software, improving its performance and enabling comprehensive analysis of plasma physics phenomena through comparative studies with experimental results.
Integrated multiple advanced physics theories into PERSEUS, leading to the conceptualization and proposal of novel experimental projects under varied simulation conditions.
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Summary
As a Research Associate, I conducted in-depth studies on plasma ionization and radiation effects, developing computational models and analyzing experimental data to enhance scientific insights.
Highlights
Investigated intricate plasma ionization and radiation effects within gas-puff z-pinch experiments, contributing to fundamental plasma research and understanding.
Participated in experimental measurements of ionization and radiation energy, leveraging Mach2 for simulation and Paraview for detailed data analysis.
Developed a robust, compliant algorithm for the Saha ionization model, allowing for extensive exploration and validation across numerous experimental conditions.
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Summary
As a Research Assistant, I pioneered research into superconducting materials for particle accelerators, focusing on novel synthesis methods and material characterization.
Highlights
Researched and applied advanced fabrication methods for MgB2 superconducting material, critical for particle accelerator cavity construction, advancing high-energy physics applications.
Invented a novel MgB2 synthesis method producing small surface area samples, validated by superconducting tests confirming the material reached its critical temperature.
Explored and presented methods for enlarging MgB2 surface area at related conferences, contributing to the broader scientific discourse on material science.
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Summary
As a Research Associate, I performed critical simulations and data analysis for electron detector experiments at the Advanced Photon Source, significantly enhancing program accuracy and experimental understanding.
Highlights
Simulated the experimental process of electron detectors at the Advanced Photon Source (APS), optimizing detector performance and data acquisition.
Analyzed extensive collected energy data from electron detector simulations, comparing results with experimental data to significantly improve the simulation program's accuracy.
Actively participated in related APS experiments, gaining hands-on experience in the intricacies of physics data collection and analysis.
Awards
Third Place, Collegiate Star League Dota2
Awarded By
Collegiate Star League
Achieved third place in the Collegiate Star League Dota2 competition.
Meritorious Researcher, Cornell Engineering Poster Contest
Awarded By
Cornell University
Recognized for meritorious research presented at the Cornell Engineering Poster Contest.
Excellent Teaching Assistant
Awarded By
Cornell University
Awarded for outstanding performance as a teaching assistant.
Finalist, Mathematical Contest in Modeling
Awarded By
COMAP
Achieved finalist status in a prestigious international mathematical modeling competition.
Summa Cum Laude
Awarded By
Hampden-Sydney College
Graduated with the highest academic distinction.
Academic Outstanding
Awarded By
Hampden-Sydney College
Recognized for achieving a Top 3 GPA during the 2010-2011 academic year.
Full Scholarship
Awarded By
Patrick-Henry
Received a full scholarship for academic excellence from 2008 to 2012.
Languages
English
Chinese
Skills
Programming Languages
Fortran, Python, C, Scientific Computing, Algorithm Development, Computational Physics.
Data Analysis & Visualization
Paraview, Mathematica, Matlab, NumPy, Pandas, Matplotlib, Data Interpretation, Statistical Analysis, Experimental Data Analysis.
Technical Tools & Systems
LaTeX, Photoshop, MySQL, Linux, Scientific Documentation, Database Management, Operating Systems, Simulation Software, PERSEUS, Mach2.
Research & Development
Plasma Physics, Z-Pinch Experiments, Superconducting Materials, MgB2 Synthesis, Particle Accelerators, Electron Detectors, Experimental Design, Scientific Modeling, Problem Solving, Scientific Discovery.
Interests
Writing
English, Chinese, Technical Writing.
Sports & Hobbies
Snowboarding, Soccer Analysis, Bull Terrier Breeding, Metal Music Review, HiFi Audiophile.