Paweł Wojda

Paweł Wojda serves as an Assistant Professor at the Institute of Applied Mathematics within the Faculty of Applied Physics and Mathematics at Gdańsk University of Technology. His research spans multiple interdisciplinary fields at the intersection of computational physics, mathematical methods, and physical phenomena. His office is located in Building B, room 502, and he can be contacted at pawwojda@pg.edu.pl.

Dr. Wojda's research interests focus on computational methods for physical phenomena, particularly in X-ray optics and wave propagation. His work employs advanced mathematical techniques including oriented Gaussian beams, finite difference methods, and complex-phase approaches to model electromagnetic wave behavior through optical systems. He also investigates nonlinear acoustic phenomena, particularly vortex flow generation in various media including bubbly liquids and relaxing gases.

His publication record demonstrates consistent research activity from 2009 to present, with recent work focusing on quantum-classical descriptions of electron density transfer, numerical methods for X-ray propagation, and high-accuracy computation techniques. His research shows a clear progression from fundamental theoretical work on Maxwell equations and vorticity dynamics to practical applications in X-ray optics and imaging systems.

Scientific Recognition:

• Rector's Award of Gdańsk University of Technology for Young Science Workers (2012)

Dr. Wojda actively contributes to academic instruction, teaching courses including Mathematical Methods of Physics, Numerical Methods, and Programming across various mathematics and data analytics programs. As a member of the Department of Differential Equations and Mathematical Applications research team, he collaborates on projects involving mathematical modeling in cardiology, structural models with diffusion, and protein expression modeling.

His research data contributions include multiple computational datasets related to X-ray imaging and focusing using oriented Gaussian beams, demonstrating his commitment to open science and reproducible research practices.