YOUTH IN SCIENCE | ZAMBIA | PHYSICS AND CLIMATE INNOVATION
Lusaka, Zambia — Eighteen-year-old Prosper Chanda from Kayambi village in Zambia’s Northern Province is delving into how mathematical physics can improve weather prediction. His research spans experimental mechanics, theoretical physics, and sustainable engineering concepts, showcasing both the potential and challenges for Africa’s emerging scientists.
Chanda began his formal education at the age of five and started exploring physics and mathematics research questions at just 14. Currently, he is attending Copperbelt University, with plans for further studies in engineering in China.
His research is fueled by a central inquiry: how can mathematical models of physical systems elucidate real-world challenges? Notably, he aims to understand weather-related hazards facing African communities and to investigate sustainable energy solutions.
Chanda has gained recognition as an Earth Prize Scholar in Africa for his initiative, “Deterministic Climate Prediction Using Prosper’s Unified Position Equation” (PUPE). This project seeks to use a physics-based mathematical framework to enhance understanding of atmospheric changes and weather hazards, addressing the needs of regions vulnerable to extreme weather events. In Zambia’s contexts, improved weather insights could aid farmers, disaster preparedness, and community resilience.
Additionally, Chanda’s research includes analyzing historical weather data, drawing comparisons with events like Hurricane Katrina, and utilizing resources from the U.S. National Oceanic and Atmospheric Administration (NOAA) for context. However, he acknowledges that while his theoretical framework is promising, operational forecasting accuracy has yet to be demonstrated, raising questions about how it might stack up against existing models.
Chanda’s theoretical work revolves around the Unified Position Equation, which integrates concepts from various physics domains, including relativistic dynamics and quantum mechanics. Through this ambitious effort, he aspires to create a cohesive mathematical structure capable of describing motion in fundamental and comprehensive ways. The rigorous validation of such a framework is essential for its acceptance in the scientific community.
His experimental work includes studying the rebound dynamics of a tennis ball on various surfaces. In his study of mechanical energy loss across concrete, tile, wood, and rubber, data indicated distinct differences: the ball lost 41.80% of its energy on concrete compared to 58.75% on rubber. This investigation utilized statistical analysis to support its findings, highlighting the importance of data-driven research.
Chanda also explores fundamental questions about space through a project on Chain-Space Theory (CST), which considers whether discrete three-dimensional lattices can serve as a basis for understanding space. His research extends to topics like Harmonic Quantum Action Theory and variations of the Navier-Stokes equations, indicating his wide-ranging interests in both theoretical and practical physics.
Beyond pure physics, Chanda is interested in sustainability, illustrated by his proposal for a Smart Circular Battery Exchange System (SCBES) that focuses on the lifecycle extension of electric vehicle batteries. While this engineering proposal needs further study to assess its viability, it aligns with broader discussions on reducing waste and promoting resource efficiency.
Chanda’s academic journey underscores his dedication; he graduated from Gibeon Adventist Secondary School with seven distinctions and an average of 87%. He continues his studies while completing diploma programs through Alison, broadening his knowledge in areas including atmospheric modeling and fluid dynamics. As an ambassador for the Global Quantum Mechanics Challenge and a member of the African Materials Research Society, he is committed to engaging with the scientific community.
As he prepares for his studies in China, Chanda aims to deepen his understanding of engineering and enhance his approach to research. His journey presents a model for aspiring scientists in Africa, illustrating the need for mentorship, collaboration, and consistent testing of ideas within the scientific process. Chanda’s future contributions will depend on his ability to refine his hypotheses, validate them through rigorous examination, and foster collaborative relationships within the scientific community.
For inquiries, Chanda can be reached at chandaprosper03@gmail.com.
