Focus and Scope

This theme covers theoretical, experimental, computational, and educational dimensions of Mathematics and the Natural Sciences, emphasizing their role in advancing knowledge, innovation, sustainability, and interdisciplinary problem-solving. The scope includes:

  • Foundational and advanced research in mathematics, physics, chemistry, biology, and earth sciences
  • Interdisciplinary convergence between mathematical sciences and natural sciences
  • Applications of mathematical modelling and scientific inquiry to real-world challenges
  • Pedagogical innovations in teaching and learning mathematics and natural sciences
  • Technology-enabled research and education, including data science, AI, and simulation
  • Sustainability, climate, and environmental sciences
  • Policy, ethics, and societal impact of scientific and mathematical advancements

This theme welcomes contributions from academicians, researchers, educators, industry scientists, and policymakers.

 

Topic 1: Pure and Applied Mathematics

Focus: Theoretical development and real-world applications of mathematics

Sub-themes:

  • Algebra, Analysis, Topology, and Number Theory
  • Applied Mathematics and Mathematical Modeling
  • Optimization, Operations Research, and Decision Sciences
  • Probability, Statistics, and Stochastic Processes
  • Computational and Numerical Mathematics
  • Mathematical Foundations of Data Science and AI

 

Topic 2: Physical Sciences

Focus: Fundamental and applied research in physics and chemistry

Sub-themes:

  • Classical, Quantum, and Computational Physics
  • Materials Science and Nanotechnology
  • Chemical Sciences and Molecular Engineering
  • Spectroscopy, Thermodynamics, and Kinetics
  • Renewable Energy and Energy Materials
  • Mathematical Physics and Simulation Methods

 

Topic 3: Biological and Life Sciences

Focus: Biological systems, biotechnology, and life science innovation

Sub-themes:

  • Molecular Biology, Genetics, and Genomics
  • Biotechnology and Bioengineering
  • Mathematical Biology and Systems Biology
  • Ecology, Biodiversity, and Conservation Science
  • Bioinformatics and Computational Biology
  • Biomedical Sciences and Translational Research

 

Topic 4: Earth, Environmental, and Climate Sciences

Focus: Understanding and protecting the natural environment

Sub-themes:

  • Environmental Chemistry and Physics
  • Climate Change Modeling and Impact Assessment
  • Geosciences, Oceanography, and Atmospheric Sciences
  • Sustainable Resource Management
  • Disaster Risk Reduction and Geospatial Modeling
  • Environmental Data Analytics and Remote Sensing

 

Topic 5: Interdisciplinary and Emerging Sciences

Focus: Cross-disciplinary innovation and frontier research

Sub-themes:

  • Complex Systems and Network Science
  • AI, Machine Learning, and Scientific Computing
  • Quantum Science and Advanced Materials
  • Mathematical Modelling for Societal Challenges
  • Science for Sustainable Development Goals (SDGs)
  • Industry–Academia Collaborative Research

 

Topic 6: Mathematics and Natural Sciences Education

Focus: Teaching, learning, and curriculum innovation

Sub-themes:

  • Curriculum Design and Outcome-Based Education
  • STEM/STEAM Education Models
  • Digital Tools, Simulations, and Virtual Laboratories
  • Assessment, Evaluation, and Learning Analytics
  • Teacher Education and Professional Development
  • Equity, Inclusion, and Accessibility in Science Education

 

Topic 7: Policy, Ethics, and Societal Impact of Science

Focus: Governance, ethics, and public engagement

Sub-themes:

  • Science Policy and Research Governance
  • Ethics in Scientific Research and Data Use
  • Public Understanding of Science
  • Science Communication and Outreach
  • Open Science and Research Integrity
  • Responsible Innovation and Sustainability