About the Conference
The International Conference on Advances in Pure and Applied Mathematics-Vision India@2047 stands as an esteemed assembly of eminent mathematicians, distinguished researchers, and erudite scholars hailing from every comer of the world. With great anticipation, we announce its forthcoming edition, scheduled from February 8 to 10,2024 in hybrid mode. This conference has been meticulously crafted with a singular focus: the exploration of the most recent and profound advancements in both pure and applied mathematics. At the heart of this gathering lies a fundamental objective - to unite luminaries of the field with emerging talents, drawing together experts from diverse nations and regions. The Conference serves as a dynamic platform designed to foster the exchange of ideas and insights, particularly concerning the latest developments in the realm ofAdvances in Pure and Applied Mathematics-Vision India@2047. As we cast our gaze forward to the year 2047, we find ourselves in the midst of a unique opportunity - one that invites us to honor the incredible journey of mathematics and to contemplate its future. Beyond the realm of academic discourse, this event also bears a practical aspect. It is poised to invigorate and equip researchers with the indispensable mathematical tools needed to confront the complexities and challenges encountered in their research endeavours. Simultaneously, it functions as a forum for the dissemination of cutting-edge research, the introduction of emerging theories, and the showcasing of innovative methodologies. In the world of mathematics, the quest for knowledge is a perpetual journey, marked by an unceasing pursuit of exploration. This conference, in all its grandeur, is dedicated to revealing the frontiers of mathematical understanding. As we delve into the inner workings of this conference, it becomes evident that, besides advancing the theoretical foundations of mathematics, it is staunchly committed to the propagation of innovation. Our world is evolving at an unprecedented pace, and mathematics finds itself at the vanguard of driving progress and effecting transformation. The event, set against this dynamic backdrop, will feature captivating demonstrations, bringing to the forefront novel applications of mathematics. These demonstrations will serve as a testament to the transformative power of mathematics, shaping and influencing our ever-evolving world. Central to this conference are the keynote addresses and plenary sessions, which are poised to be the intellectual fulcrum of the event. Experts from diverse facets of the mathematical world will take center stage, sharing their profound insights and perspectives. In parallel, the conference provides a platform for the presentation of contributed papers, allowing participants to delve into in-depth discussions and debates surrounding the latest research findings, innovative applications, and emerging theories. In summary, the "International Conference on Advances in Pure and Applied Mathematics - Vision India@2047" is more than just an event; it signifies a profound occasion. It symbolizes the enduring legacy and the bright future of mathematics. We extend a warm invitation to join us in this transformative experience, where mathematical knowledge is not only acknowledged but also actively explored and harnessed for practical purposes. Your participation, insights, and contributions are of immense value to the ever-evolving landscape of mathematics key. With great anticipation, we await your presence as we embark on this intellectual odyssey together.
Research Arenas:
While the suggested themes offer initial guidance, contributors are urged to explore their work across the diverse landscape of subjects connected to the theme:
Tracks of the conference include the following topics (but are not limited to):
Fuzzy Logic Fixed Point Theory Vedic Mathematics
Cryptography Coding Theory Queuing Theory
Numerical Analysis Fuzzy Expert System loT
IoMT Math. Modelling Network Stability Theory
Celestial Mechanics Space Dynamics Cyber Security
Inventory Management Number Theory Operator Theory
Partial Differential Equations Coding Theory Algebra
Graph Theory Queuing Models Functional Analysis