Interdisciplinary Mathematics

Session Overview

pivotal role of mathematical concepts, models, and analytical methods in solving real-world challenges across diverse fields. This session focuses on how mathematics intersects with engineering, technology, social sciences, and business to drive innovation, optimize processes, and support evidence-based decision-making. By addressing topics such as computational modeling, statistical analysis, data science, and applied mathematics, the session fosters cross-disciplinary collaboration and demonstrates mathematics as a universal language for advancing knowledge and creating sustainable solutions.

Tracks

Topics of Interest for Submission include, but are not limited to:

1 Croup theory

2 Ring theory

3 Commutative algebra

4 Algebraic geometry

5 Number theory

6 Algebraic combinatorics

7 Functional analysis

8 Partial differential equations

9 Dynamical systems

10 Complex analysis

11 Harmonic analysis

12 Nonlinear analysis

13 Differential geometry

14 Algebraic topology

15 Geometric analysis

16 Symplicit geometry

17 Low-dimensional topology

18 Computational geometry

19 Mathematical biology

20 Mathematical physics

21 Mathematical chemistry

22 Mathematical economics

23 Mathematical engineering

24 Mathematical social sciences

Session Speaker

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Team Member

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Prof. Dr. Budi Nurani Ruchjana

Padjadjaran University
Indonesia

Team Shape

Interdisciplinary Mathematics is contribution to
The Sustainable Development Goals:

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