Welcome to MathX Research Lab. At MathX, we explore and innovate at the intersection of mathematics and technology. Our vision is to push the boundaries of mathematical knowledge and its practical applications, driving advancements that have a profound impact on industries, society, and the way we perceive the world.
 
Mathematics is the universal language of problem-solving and we believe in connecting its power to unlock solutions to complex problems in different fields. Our interdisciplinary team of brilliant minds, including mathematicians, computer scientists, statisticians, and engineers, collaborates tirelessly to untie the mysteries of mathematics and apply its principles to domains. We are committed to promote a culture of intellectual rigour and creativity, where diverse perspectives converge to generate groundbreaking ideas. Whether it’s in the domains of numerical computing, algorithm designing, quantum computing, or mathematical modeling in fractional and fuzzy environments. We are driven by a passion for discovery and a desire to make mathematics accessible and applicable to all. Our mission is to advance mathematical knowledge and catalyze positive change. We aim to be the best in mathematical research, pushing the boundaries of what’s possible, and ultimately, making the world a better place through mathematics.
 
Fields of Research: At MathX currently we conducts research in the field of applied and computational mathematics with a particular emphasis on numerical computing, soft computing, fuzzy-fractional modeling and simulations, and development of numerical algorithms. MathX is not limited to theoretical research; we also have a strong commitment to applying mathematics to real-world problems. Our current projects are based on fuzzy-fractional modeling and simulation in fluid dynamics, chaos theory and mathematical physics, where we aim to better understand and predict the behaviour of physical systems. Additionally, we are exploring biological modeling of epidemic diseases, which is of utmost importance in the context of public health crises.