Journal of Mathematics, Physics and Mechanics

Dr. Nasir Ali is a mathematician and Lecturer of Mathematics at COMSATS University Islamabad, Vehari Campus, Pakistan. He holds a PhD in Mathematics from COMSATS University Islamabad, Lahore Campus, and an MS in Mathematics from COMSATS University Islamabad, Vehari Campus. His research expertise primarily focuses on Graph Theory, with specialization in Algebraic Graph Theory, Chemical Graph Theory, Metric Graph Theory, Combinatorics, Algebraic Structures and Associated Graphs, and Fractional Calculus. He has published extensively in mathematical and interdisciplinary journals, with research contributions involving zero-divisor graphs, metric dimensions, graph transformations, algebraic structures, fractional derivatives, cryptography, and mathematical modelling. His CV also records editorial experience as an Academic Editor for Global Integrated Mathematics and as a Special Issue Editor for Applied Chemical Engineering.

• Graph Theory
• Algebraic Graph Theory
• Chemical Graph Theory
• Metric Graph Theory
• Combinatorics
• Algebraic Structures and Associated Graphs
• Fractional Calculus
• Zero-Divisor Graphs
• Graph Transformations
• Graph-Based Cryptography
• Mathematical Modelling

• Academic Editor, Global Integrated Mathematics (2025–Present)
• Special Issue Editor, Applied Chemical Engineering (2025–2026)
• Reviewer for international mathematics, engineering, physics, and computational journals
• Research supervision of MS Mathematics students
• Supervision of final-year research projects
• Invited/online speaker at international mathematics conferences and workshops
• Departmental editorial and academic committee activities
• Research involving Graph Theory, Algebraic Structures, Fractional Calculus, Cryptography, and Mathematical Modelling

1. On study of enhanced electrical properties of cobalt-doped hexaferrites: a pathway toward next-generation materials for disease detection and magnetic therapy
2. Independent and Total Domination in Antiprism Graphs from Convex Polytope
3. Combinatorial study of multiset dimension and outer multiset dimension in V-graphs over rings
4. An Approach to the Atomic Bond Connectivity Index for Graphs Under Transformations Fact Over Pendent Paths
5. A Novel Computational Technique Based on Python and MATLAB for Structural Analysis of Zero Divisor Graphs in Modular Rings
6. Characterizing Rings Based on Resolvability in Associated Compressed Zero Divisor Graphs
7. Graph-theoretic characterization of rings: Outer multiset dimension of zero-divisor graphs
8. On the Study of Algebraic Structures: Multiset Dimensions in Zero-Divisor Graphs Associated with Rings
9. Computing dominating number and dominant metric dimension for zero divisor graphs of small finite commutative rings
10. On Study of Multiset Dimension in Fuzzy Zero Divisor Graphs Associated with Commutative Rings
11. Secure Communication in the Digital Age: A New Paradigm with Graph-Based Encryption Algorithms
12. On Study of Some Bounds for Fault-Tolerant Metric Dimension and Adjacency Fault-Tolerant Resolving Set of Corona Product Graphs
13. Algorithm for Visualization of Zero Divisor Graphs of the Ring ℤn Using MAPLE Coding
14. Mapping connectivity patterns: Degree based topological indices of corona product graphs
15. Iterative solutions for nonlinear equations via fractional derivatives: adaptations and advances
16. A graph-theoretic approach to ring analysis: dominant metric dimensions in zero-divisor graphs
17. Applications of graph transformations in cryptography: A secure encoding framework for data communication