Mosala Israel
Biography
I am an MSc Physics candidate at Nelson Mandela University, working under the supervision of Prof. O.D. Makinde and Prof. A. Muronga, and in collaboration with Prof. Thomas Konrad. My interest in quantum computing began when I recognised that major challenges in fluid dynamics—such as turbulence and multi-physics coupling—may find solutions through quantum approaches.
The potential for algorithms such as Harrow–Hassidim–Lloyd (HHL) to offer exponential speed-ups over classical methods motivated me to pursue research in this area. Through my work, I aim to help bridge the gap between theoretical quantum advantage and practical engineering applications.
Research
My research lies at the intersection of quantum computing and classical fluid dynamics, focusing on quantum-enhanced algorithms for magnetohydrodynamic (MHD) analysis of nanofluid Couette flow. The project spans multiple phases, from theoretical foundations to classical simulations of the HHL algorithm.
I investigate how quantum algorithms—particularly HHL—can be applied to complex MHD problems involving nanofluids. These systems exhibit enhanced heat transfer properties but are mathematically demanding to model, making them suitable candidates for quantum computational approaches.
Awards & presentations
Golden Key International Society.