International Conference on Field Theory and Galois Structures (ICFTGS - 26)

This track focuses on recent developments in field theory, exploring both classical and contemporary approaches. Participants are encouraged to present innovative research that expands the understanding of field structures and their properties.

This session delves into the intricacies of Galois theory, emphasizing its applications in solving polynomial equations and understanding field extensions. Contributions that bridge theoretical insights with practical applications are particularly welcome.

This track examines various algebraic structures, including groups, rings, and fields, and their interconnections. Papers that explore the implications of these relationships in pure mathematics are encouraged.

Focusing on polynomial equations, this session invites discussions on methods for finding solutions and the underlying algebraic principles. Researchers are invited to share novel techniques and results in this fundamental area of mathematics.

This track highlights the significance of finite fields in both theoretical and applied mathematics. Contributions that explore their role in coding theory, cryptography, and combinatorial designs are particularly sought after.

This session is dedicated to the exploration of number theory through algebraic methods, including the study of Diophantine equations and modular forms. Papers that present new findings or methodologies in this intersection are encouraged.

This track investigates the role of symmetry in various algebraic structures, including its implications for classification and representation. Participants are invited to discuss theoretical advancements and applications related to symmetry.

Focusing on the interplay between algebraic geometry and field extensions, this session aims to explore geometric perspectives on algebraic concepts. Contributions that highlight new results or techniques in this area are welcome.

This track examines the theory of rational functions, including their algebraic properties and applications in various mathematical contexts. Researchers are encouraged to present findings that deepen the understanding of these functions.

This session explores the application of algebraic equations in cryptographic systems, emphasizing both theoretical and practical aspects. Contributions that discuss innovative cryptographic methods based on algebraic principles are particularly encouraged.

This track aims to highlight emerging trends and research directions in abstract algebra, covering a wide range of topics from theoretical advancements to practical applications. Participants are invited to share their insights and findings in this dynamic field.