Aims and Scope:

AOJ Mathematical and Theoretical Physics (AOJMTP) is an esteemed open access journal dedicated to fostering advancements in the field of mathematical and theoretical physics. With its comprehensive scope, the journal serves as a prominent platform for researchers and practitioners to disseminate their groundbreaking findings, insightful reviews, and noteworthy letters in this dynamic field. Encompassing various vital aspects of mathematical and theoretical physics, such as classical mechanics, quantum mechanics, relativity, cosmology, and string theory, the journal provides a robust foundation for the exchange of knowledge and ideas among physicists worldwide. By facilitating the publication of original research articles, comprehensive review articles, and engaging letters, AOJMTP stimulates intellectual discourse and encourages collaborations that contribute to the ongoing growth and development of mathematical and theoretical physics. The journal remains committed to upholding the highest standards of scholarly excellence and promoting the advancement of this captivating discipline. By offering a platform for the dissemination of cutting-edge research and the exploration of innovative theories, AOJMTP paves the way for novel insights and transformative breakthroughs in the realms of mathematical and theoretical physics. As a valuable resource for physicists, researchers, and enthusiasts, the journal serves as a catalyst for the progression and enrichment of the field, nurturing a vibrant and dynamic scientific community.

Classification:

1. Classical dynamics
2. Relativity and gravitation
3. Quantum field theory
4. Nuclear physics
5. Statistical physics
6. Particle Physics and String Theory
7. Computational Physics
8. Continuum mechanics
9. Hydrodynamics
10. Mathematical biology
11. Waves
12. Non-linear dynamics
13. Numerical analysis
14. Advanced mathematical methods
15. Modern mathematical physics
16. Complex systems theory
17. Theoretical Astrophysics
18. Plasma Physics and Physics of Continuous Media
19. Mathematical Foundations of Theoretical Physics
20. Fluid dynamics