Aims and Scope

The Annals of Mathematics and Physics is an international, peer-reviewed, open-access journal that strives to be a leading platform for the dissemination of transformative research across the fields of mathematics and physics. The journal is committed to fostering interdisciplinary dialogue by publishing original research articles, review papers, editorials, perspectives, letters, and short communications that advance our understanding of both theoretical and applied aspects of these disciplines.

By adhering to rigorous scientific and editorial standards, the journal ensures that its content is of the highest quality, offering meaningful contributions to global knowledge and innovation. Through its commitment to open-access principles, the journal guarantees that groundbreaking research is accessible to academics, scientists, and professionals around the world, encouraging collaboration and innovation across diverse fields.

Mission

The mission of the Annals of Mathematics and Physics is to:

1. Advance Knowledge: Serve as a conduit for high-quality, innovative research in mathematics and physics that addresses fundamental questions and challenges in these fields.

2. Promote Accessibility: Foster a knowledge-sharing environment by providing unrestricted access to research publications, ensuring that readers globally can benefit from its resources.

3. Encourage Collaboration: Act as a bridge connecting interdisciplinary researchers to explore the interplay between mathematics and physics, enriching both disciplines.

Scope of the Journal

The journal encompasses a broad spectrum of topics that reflect the interdisciplinary and dynamic nature of mathematics and physics. These include but are not limited to:

Mathematics

Pure Mathematics:

1. Algebra, including group theory, ring theory, and field theory.

2. Calculus and Analysis, such as real analysis, complex analysis, and functional analysis.

3. Geometry and Topology, including differential geometry and algebraic topology.

4. Number Theory, focusing on prime numbers, modular forms, and Diophantine equations.

5. Logic and Foundations, exploring mathematical reasoning and set theory.

Applied Mathematics:

1. Dynamical Systems and Differential Equations.

2. Numerical Analysis and Computational Methods.

3. Optimization and Operations Research.

4. Probability, Statistics, and Data Science applications.

5. Cryptography and Information Theory.

Physics

Theoretical and Experimental Physics:

1. Quantum Mechanics and Quantum Computing.

2. Relativity and Cosmology.

3. High-Energy Physics and Particle Physics.

4. Condensed Matter Physics, including superconductivity and nanophysics.

5. Biophysics, exploring physical principles in biological systems.

Applied Physics:

1. Optics and Photonics, including laser technology and quantum optics.

2. Materials Science and Solid-State Physics.

3. Atmospheric and Environmental Physics.

4. Computational Physics and Numerical Simulations.

Extended Scope of the Journal

1. Mathematics

1.1 Mathematical Biology:

1.1.1 Applications of mathematical models in biological systems.

1.1.2 Population dynamics and epidemiology.

1.2 Mathematical Finance:

1.2.1 Quantitative finance models, option pricing, and risk management.

1.3 Graph Theory and Network Science:

1.3.1 Analysis of networks, social graphs, and their applications in technology and biology.

1.4 Fractal Geometry and Chaos Theory:

1.4.1 Studies of complex systems and fractal structures in mathematical and physical contexts.

1.5 Stochastic Processes and Modeling:

1.5.1 Random processes and their applications in science and engineering.

2. Physics

2.1 Geophysics and Planetary Science:

2.1.1 Physics of the Earth and planetary systems, including seismic studies and planetary atmospheres.

2.2 Plasma Physics:

2.2.1 Studies of ionized gases and their applications in space and fusion research.

2.3 High-Energy Astrophysics:

2.3.1 Research into phenomena such as black holes, neutron stars, and gamma-ray bursts.

2.4 Medical Physics:

2.4.1 Physics applications in imaging technologies and radiation therapy.

2.5 Energy Physics:

2.5.1 Studies on renewable energy, nuclear power, and energy storage technologies.

3. Interdisciplinary Topics

3.1 Mathematics in Artificial Intelligence and Machine Learning:

3.1.1 Theoretical foundations and algorithmic advancements.

3.2 Computational Fluid Dynamics (CFD):

3.2.1 Mathematical modeling of fluid flows in engineering and natural systems.

3.3 Quantum Information Science:

3.3.1 Research at the intersection of quantum mechanics, computation, and information theory.

3.4 Environmental Physics:

3.4.1 Physical principles applied to climate modeling and environmental systems.

3.5 Nanotechnology and Materials Physics:

3.5.1 Studies on nanoscale phenomena and material properties.

Emerging Topics

1. Mathematical Cryptography and Blockchain Technology:

1.1 Advances in secure communication and cryptographic systems.

2. Astrobiology and Exoplanet Physics:

2.1 Physics related to life in the universe and planetary exploration.

3. Nonlinear Dynamics:

3.1 Studies of systems exhibiting chaotic or unpredictable behavior.

4. Complex Systems and Big Data:

4.1 Mathematical and physical methods for analyzing large datasets and complex interactions.

Why Publish with the Annals of Mathematics and Physics?

1. Rigorous Peer Review: The journal adheres to a stringent peer-review process led by a distinguished editorial board comprising leading experts in mathematics and physics. This ensures that only the most significant and well-researched articles are published.

2. Global Visibility: With an open-access model, the journal provides maximum visibility to authors’ work, ensuring broad dissemination and citation impact.

3. Interdisciplinary Approach: The journal actively encourages submissions that bridge the gap between mathematics and physics, fostering innovative approaches to complex scientific problems.

4. Author Support: The journal is committed to providing exceptional support to authors at all stages of the publication process, from submission to post-publication promotion.

Target Audience

The Annals of Mathematics and Physics welcomes contributions from researchers, academicians, physicists, mathematicians, and professionals engaged in multidisciplinary scientific fields. Its audience includes:

1. Researchers looking for cutting-edge advancements in mathematics and physics.

2. Educators and students seeking accessible and high-quality academic resources.

3. Industry professionals applying mathematical or physical theories in practical applications.

By offering a comprehensive platform for research dissemination, the Annals of Mathematics and Physics plays a pivotal role in advancing science, fostering innovation, and bridging the gap between academia and industry.