Ethan Ragbir

Ethan K. Ragbir

Physics & Mathematics Student

Passionate researcher exploring the intersection of atmospheric physics and particle physics. Currently conducting groundbreaking research on ice morphology at TCNJ and collaborating with CERN researchers on machine learning applications in high-energy physics at Rutgers University.

Education

Academic foundation in physics and mathematics

Academic Background

Bachelor of Science in Physics & Mathematics
The College of New Jersey (TCNJ)
2024 - Present

Double major in Physics and Mathematics with a focus on atmospheric and particle physics research. Actively engaged in undergraduate research programs at both TCNJ and Rutgers University.

  • Relevant Coursework: Quantum Mechanics, Thermodynamics, Statistical Mechanics, Mathematical Physics, Linear Algebra, Differential Equations
  • Research Focus: Ice morphology studies and machine learning applications in particle physics
  • Academic Honors: Dean's List
  • Academic Advisors: Dr. Qifu Zheng (Mathematics), Dr. Wad Thulsi Wickramasinghe (Physics)

Research Experience

Cutting-edge work in atmospheric and particle physics

Current Research Lab(S)

Ice Morphology Research
The College of New Jersey - Atmospheric Physics Lab
Apr 2025 - Present

Investigating ice crystal formation and morphology under extreme atmospheric conditions to better understand cloud physics and climate modeling.

  • Study ice morphology of clouds at temperatures between -45°C to -65°C
  • Analyze vapor supersaturations ranging from 5% to 100% relative to ice equilibrium
  • Develop computational models for predicting ice crystal phase transitions
  • Goal: Publish research paper in geophysics on ice crystal phase behavior under various atmospheric conditions
  • Research Advisor: Dr. Nathan Magee
High Energy Particle Physics Research
Rutgers University - High Energy Experimental Particle Physics Lab
Jun 2025 - Present

Collaborative research with CERN scientists analyzing data from the Compact Muon Solenoid (CMS) detector using advanced machine learning techniques.

  • Process and analyze particle collision data from the Large Hadron Collider (LHC)
  • Implement machine learning algorithms for particle identification and event classification
  • Collaborate with international research teams at CERN for data interpretation
  • Contribute to the advancement of our understanding of fundamental particle interactions
  • Research Advisors: Dr. Alan Richards, Dr. Sunil Somalwar

Curriculum Vitae

Complete academic and research experience

My Academic CV

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Skills & Expertise

Technical and research capabilities

Technical Skills

Programming Languages

Python MATLAB C++ R SQL JavaScript

Research & Analysis

Machine Learning Data Analysis Statistical Modeling Computational Physics Laboratory Techniques

Software & Tools

ROOT (CERN) Mathematica LabVIEW Git/GitHub Linux/Unix LaTeX

Specialized Knowledge

Quantum Mechanics Thermodynamics Particle Physics Atmospheric Physics Mathematical Modeling

Contact & Connect

Let's collaborate and explore opportunities together

Email

ragbire1@tcnj.edu

LinkedIn

Professional Network

Research Portfolio

Detailed Projects & Publications

Download CV

Complete Academic Resume

Bookshelf

Reading Collection & Literary Interests

GitHub

Code & Projects

ORCID

Academic Identifier