Mathematical Structures for Sustainable and Interdisciplinary Applications
Name of the Organizer: Prawar Chaudhary
Department: Department of Mathematics
University: K.R. Mangalam University
Country: India
Email: prawar@krmangalam.edu.in
Title of the Journal : WSEAS TRANSACTIONS ON MATHEMATICS
Title of the Special Issue: Mathematical Structures for Sustainable and Interdisciplinary Applications
Aim:
The aim of this Special Issue of WSEAS Transactions on Mathematics is to provide an international forum for high-quality research that advances mathematical structures, theories, and methodologies with direct relevance to sustainability and interdisciplinary problem-solving. In an era marked by complex global challenges—ranging from climate change and energy transition to resilient infrastructure, healthcare systems, and digital transformation—mathematics serves as a unifying language that enables rigorous modeling, analysis, optimization, and decision-making across disciplines. This Special Issue seeks original research articles that develop or apply mathematical structures such as algebraic systems, differential equations, stochastic processes, fuzzy and rough sets, graph theory, optimization frameworks, and computational mathematics to address real-world problems rooted in sustainable development. Emphasis is placed on contributions that bridge pure and applied mathematics, integrate data-driven and AI-assisted methods with analytical models, and demonstrate measurable societal, environmental, or economic impact. By fostering interdisciplinary collaboration among mathematicians, engineers, computer scientists, economists, and sustainability researchers, this Special Issue aims to highlight innovative mathematical tools that support the United Nations Sustainable Development Goals (SDGs) and promote long-term resilience and efficiency in complex systems. The collected works will not only enrich the theoretical foundations of mathematics but also showcase its transformative role in developing sustainable, scalable, and interdisciplinary solutions for contemporary and future challenges.
Topics:
Track 1:
Applied Mathematics and Modeling for Real-Life Systems Mathematical Modeling for Environmental and Industrial Processes Fluid Dynamics and Its Role in Climate and Energy Systems Differential Geometry in Space Science and Technology Fractional Calculus in Engineering and Control Systems Cosmology and Relativity: Mathematical Perspectives in Modern Physics
Track 2:
Statistics and Data Analytics for Sustainable Growth Applied Statistics in Environmental and Social Research Biostatistics for Health and Epidemiological Studies Mathematical and Financial Statistics for Risk Management and Sustainable Economies Big Data Analytics and Predictive Modeling for Policy and Planning
Track 3:
Operations Research and Decision Sciences Supply Chain and Inventory Management for Green Logistics Queuing Theory for Smart Cities and Service Systems Fuzzy Logic and Systems for Uncertainty and Real-World Decision-Making Optimization Techniques for Sustainable Resource Allocation
Track 4:
Pure Mathematics and Theoretical Foundations with Computation Number Theory and Cryptography for Digital Security Differential geometry and its applications Abstract Algebra in Modern Computational Applications Real and Complex Analysis and Applications Topology and Graph Theory in Network Design and Connectivity Mathematical Structures Supporting Innovation in Science and Technology
Welcome Message from the Organizer:
On behalf of the Organizing Committee, it is my great pleasure to welcome you to this Special Issue of WSEAS Transactions on Mathematics entitled “Mathematical Structures for Sustainable and Interdisciplinary Applications.” In today’s rapidly evolving world, mathematics plays a pivotal role in addressing complex challenges that span sustainability, technology, engineering, economics, healthcare, and environmental sciences. This Special Issue has been conceived to bring together innovative research that advances mathematical theory while demonstrating its powerful applications in solving real-world, interdisciplinary problems aligned with sustainable development. We warmly invite researchers, academicians, and practitioners from diverse fields to contribute original and high-quality work that explores mathematical structures, models, and computational frameworks with practical relevance and societal impact. By fostering collaboration across disciplines, this Special Issue aims to bridge the gap between pure and applied mathematics and to highlight the transformative role of mathematical thinking in building resilient and sustainable systems. We sincerely appreciate the valuable contributions of all authors, the dedicated efforts of the reviewers, and the continued support of the editorial team of WSEAS Transactions on Mathematics. We are confident that this Special Issue will serve as a meaningful platform for knowledge exchange and will inspire further research at the intersection of mathematics, sustainability, and interdisciplinary innovation. We look forward to your enthusiastic participation and to an enriching collection of scholarly contributions. Dr. Prawar Chaudhary Guest Editor / Organizer Special Issue: Mathematical Structures for Sustainable and Interdisciplinary Applications WSEAS Transactions on Mathematics
Department: Department of Mathematics
University: K.R. Mangalam University
Country: India
Email: prawar@krmangalam.edu.in
Title of the Journal : WSEAS TRANSACTIONS ON MATHEMATICS
Title of the Special Issue: Mathematical Structures for Sustainable and Interdisciplinary Applications
Aim:
The aim of this Special Issue of WSEAS Transactions on Mathematics is to provide an international forum for high-quality research that advances mathematical structures, theories, and methodologies with direct relevance to sustainability and interdisciplinary problem-solving. In an era marked by complex global challenges—ranging from climate change and energy transition to resilient infrastructure, healthcare systems, and digital transformation—mathematics serves as a unifying language that enables rigorous modeling, analysis, optimization, and decision-making across disciplines. This Special Issue seeks original research articles that develop or apply mathematical structures such as algebraic systems, differential equations, stochastic processes, fuzzy and rough sets, graph theory, optimization frameworks, and computational mathematics to address real-world problems rooted in sustainable development. Emphasis is placed on contributions that bridge pure and applied mathematics, integrate data-driven and AI-assisted methods with analytical models, and demonstrate measurable societal, environmental, or economic impact. By fostering interdisciplinary collaboration among mathematicians, engineers, computer scientists, economists, and sustainability researchers, this Special Issue aims to highlight innovative mathematical tools that support the United Nations Sustainable Development Goals (SDGs) and promote long-term resilience and efficiency in complex systems. The collected works will not only enrich the theoretical foundations of mathematics but also showcase its transformative role in developing sustainable, scalable, and interdisciplinary solutions for contemporary and future challenges.
Topics:
Track 1:
Applied Mathematics and Modeling for Real-Life Systems Mathematical Modeling for Environmental and Industrial Processes Fluid Dynamics and Its Role in Climate and Energy Systems Differential Geometry in Space Science and Technology Fractional Calculus in Engineering and Control Systems Cosmology and Relativity: Mathematical Perspectives in Modern Physics
Track 2:
Statistics and Data Analytics for Sustainable Growth Applied Statistics in Environmental and Social Research Biostatistics for Health and Epidemiological Studies Mathematical and Financial Statistics for Risk Management and Sustainable Economies Big Data Analytics and Predictive Modeling for Policy and Planning
Track 3:
Operations Research and Decision Sciences Supply Chain and Inventory Management for Green Logistics Queuing Theory for Smart Cities and Service Systems Fuzzy Logic and Systems for Uncertainty and Real-World Decision-Making Optimization Techniques for Sustainable Resource Allocation
Track 4:
Pure Mathematics and Theoretical Foundations with Computation Number Theory and Cryptography for Digital Security Differential geometry and its applications Abstract Algebra in Modern Computational Applications Real and Complex Analysis and Applications Topology and Graph Theory in Network Design and Connectivity Mathematical Structures Supporting Innovation in Science and Technology
Welcome Message from the Organizer:
On behalf of the Organizing Committee, it is my great pleasure to welcome you to this Special Issue of WSEAS Transactions on Mathematics entitled “Mathematical Structures for Sustainable and Interdisciplinary Applications.” In today’s rapidly evolving world, mathematics plays a pivotal role in addressing complex challenges that span sustainability, technology, engineering, economics, healthcare, and environmental sciences. This Special Issue has been conceived to bring together innovative research that advances mathematical theory while demonstrating its powerful applications in solving real-world, interdisciplinary problems aligned with sustainable development. We warmly invite researchers, academicians, and practitioners from diverse fields to contribute original and high-quality work that explores mathematical structures, models, and computational frameworks with practical relevance and societal impact. By fostering collaboration across disciplines, this Special Issue aims to bridge the gap between pure and applied mathematics and to highlight the transformative role of mathematical thinking in building resilient and sustainable systems. We sincerely appreciate the valuable contributions of all authors, the dedicated efforts of the reviewers, and the continued support of the editorial team of WSEAS Transactions on Mathematics. We are confident that this Special Issue will serve as a meaningful platform for knowledge exchange and will inspire further research at the intersection of mathematics, sustainability, and interdisciplinary innovation. We look forward to your enthusiastic participation and to an enriching collection of scholarly contributions. Dr. Prawar Chaudhary Guest Editor / Organizer Special Issue: Mathematical Structures for Sustainable and Interdisciplinary Applications WSEAS Transactions on Mathematics