Area of research
Nuclear and High Energy Physics · Surgery
Research interest
Research interests include Bladder and Urothelial Cancer Treatments, Particle physics theoretical and experimental studies, Laser-Plasma Interactions and Diagnostics, and High-Energy Particle Collisions Research.
SBIR Phase I: AI-based system for analyzing multiparametric MRI scans for prostate lesion detection
Interpretation of Motionally Induced Electric Fields in Oceans of Complex Geometry
Collaborative Research: Observing Integrating Ocean Variables
Description and Analysis of Overflow Observations in the Denmark Strait
Hawaii Ocean Mixing Experiment: Survey Profiling: Full-Depth Census of Tide-Topography Interactions
Evaluation of Towed Transport Meter and Its Use on Volunteer Observing Ship
U.S.-Germany Cooperative Research: Numerical Modeling of Motional Induction in the Ocean
Studies of Denmark Strait Overflow Using Expendable Profilers
Abyssal Shear and Internal Tidal Beams near Mendocino Escarpment
Interpretation of Oceanographic and Motional Induction Observations of the Gulf Stream and Deep Western Boundary Current
Motion Induction Transport Explorer
SGER: Barotropic Observations withn EFFs in the Gulf Stream and North Atlantic Current
The Dynamics and Topographic Interaction of Deep Flows: Synoptic Velocity and Nutrient Profiling at the Blake - Bahamas Outer Ridge
Deep Flow and Motional Induction at Cape Hatteras
Barotropic Ocean Velocity Observations from RAFOS Floats
SGER: Gulf Stream Transport
REU: Instrumentation in Support of Studies of Motional Induction, Ocean Dynamics, and Heat Transport
Joint U.S.-Ussr Mid-Ocean Dynamics Experiment (Polymode): AStudy of the Vertical Structure and Energy of Mid-Oce EddiesUsing Electromagnetic & Doppler Velocity & Density Profilers
Joint Us/Ussr Mid-Ocean Dynamics Experiment (Polymode): a Study of the Vertical Structure and Energy of Mid-Ocean Eddies Using Electromagnetic and Droppler Velocity Profilers
Development of Free-Fall E-M Velocity Profiler Suitable For Routine Oceanographic Use