First-Year PhD Student | Intended Specialization: Medical Physics Research
Currently focused on mastering core graduate physics to prepare for doctoral research in the **computational and experimental frontiers of Medical Physics**, aiming to improve patient treatment outcomes.
View Core Curriculum View Research IntentsThe current academic focus is on building a rigorous theoretical and mathematical base essential for advanced physics research.
In-depth study of Lagrangian and Hamiltonian dynamics, central forces, rigid body motion, and canonical transformations. Crucial for understanding fundamental physical systems.
Status: Currently In Progress (Fall Semester)A rigorous review of the mathematical methods essential for theoretical physics, including complex analysis, special functions, Fourier analysis, and solving partial differential equations.
Status: Currently In Progress (Fall Semester)PHYS 939: Classical Mechanics (3 Credits)
PHYS 931: Mathematical Physics (3 Credits)
PHYS 935: Statistical Physics (3 Credits)
PHYS 805: Experimental Physics (or equivalent) (4 Credits)
PHYS 941 & 942: Electromagnetic Theory I and II (6 Credits)
PHYS 943 & 944: Quantum Mechanics I and II (6 Credits)
PHYS 806: Introduction to Physics Research and Teaching (2 Semesters)
Select four additional 3+ credit elective courses (12 Credits)
My primary goal is to transition into a Medical Physics dissertation. These are the core areas I plan to explore through future lab rotations and dedicated study.
Goal: Define my initial PhD research topic and secure a faculty advisor in this field.
**I intend to focus on** the physics of particle beams, using tools like **GEANT4** to model dose deposition with high spatial accuracy. This work will explore methods to **mitigate range uncertainty** and optimize treatment planning systems (TPS) for clinical efficacy and patient safety.
[Future Research Details] Status: Primary Focus Area / Seeking AdvisorGoal: Complete a research rotation utilizing experimental equipment or clinical image processing.
**I intend to add** experience in the physical principles underlying medical imaging modalities like **MRI or PET**. This area of research will explore detector development, signal processing, and advanced algorithms for quantitative image analysis and clinical quality assurance.
[Future Research Details] Status: Secondary Exploration Area / Rotation PlannedI'm actively seeking mentors and collaborators in Medical Physics to discuss research ideas, rotation opportunities, and the certification pathway.