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International Conference on Computational Mathematics and Numerical Analysis

📅 20–21 Jan 2027 📍 Budapest, Hungary 👤 Standard / Listener

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$165

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Supporting global researchConnect with researchers across 30+ countries

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Conference session tracks

Key research areas covered across the sessions — tap a track to read more.

This track focuses on the latest advancements in continuous mathematics, exploring topics such as differential equations and functional analysis. Participants will engage in discussions about innovative applications and theoretical developments in this critical area.

This session emphasizes the role of computational models in solving complex engineering problems. Researchers will present their findings on the integration of mathematical techniques with engineering applications.

This track investigates the mathematical foundations and applications of nonlinear differential-difference equations. Contributions will highlight their significance in various scientific and engineering contexts.

Focusing on the interplay between algebra and geometry, this session will explore group actions and their applications in mathematical modeling. Participants will discuss recent developments in algebraic structures and their implications.

This track will delve into probabilistic approaches to statistical analysis, emphasizing their applications in real-world scenarios. Researchers are encouraged to share innovative methodologies and findings in this dynamic field.

This session will cover recent advancements in complex analysis and its diverse applications across mathematics and engineering. Participants will explore theoretical developments and practical implementations.

Focusing on the intersection of geometry and dynamical systems, this track will discuss mathematical models that incorporate geometric principles. Contributions will highlight both theoretical insights and practical applications.

This session will explore the applications of multivariate calculus in various fields, including engineering and physical sciences. Participants will present novel approaches and techniques that leverage multivariable functions.

This track will investigate the foundations of logic and proof theory, with a focus on their implications for model theory. Researchers will discuss the interplay between logical frameworks and mathematical structures.

This session will explore the design and analysis of concurrent algorithms and data structures in computational mathematics. Participants will share insights into optimizing performance and ensuring reliability in complex systems.

Focusing on the principles of category theory, this track will explore its applications in various mathematical disciplines. Contributions will highlight how categorical concepts can unify different areas of mathematics.