International Conference on Number Theoretic Functions and Applications (ICNTFA - 26)

This track focuses on the foundational concepts of number theory, including prime numbers, divisibility, and congruences. Participants will explore classical results and their implications in modern mathematics.

This session delves into the techniques and results of analytic number theory, emphasizing the distribution of prime numbers and the Riemann zeta function. Attendees will discuss recent advancements and open problems in the field.

This track examines the theory of modular forms and their applications in various areas of mathematics, including number theory and algebraic geometry. Researchers will present new findings and explore connections to L-functions.

This session is dedicated to the study of arithmetic functions, focusing on multiplicative and additive properties. Participants will share insights into their applications in number theory and related fields.

This track investigates Diophantine equations, emphasizing both classical and modern techniques for finding integer solutions. Discussions will include case studies and significant results in the area.

This session explores the theory of L-functions, their properties, and their role in number theory. Researchers will discuss their connections to various mathematical concepts, including modular forms and prime distribution.

This track focuses on transcendental numbers, examining their properties and the methods used to prove their existence. Participants will discuss applications in number theory and other mathematical disciplines.

This session highlights computational methods and algorithms used in number theory research. Attendees will present case studies demonstrating the impact of computational techniques on solving number-theoretic problems.

This track investigates the intersection of number theory and cryptography, focusing on how number-theoretic functions underpin modern cryptographic systems. Participants will discuss both theoretical and practical aspects of this relationship.

This session explores Dirichlet series, their convergence properties, and applications in number theory. Researchers will present new results and discuss the implications for related mathematical areas.

This track focuses on recent developments in additive number theory, including the study of additive functions and their applications. Participants will share innovative research findings and explore open questions in the field.