Aim and Scope

Our journal is dedicated to advancing the frontiers of knowledge across a diverse range of scientific disciplines. We welcome high-quality, original research articles, reviews, and perspectives in the following areas:

Theoretical Mathematics - Algebra, Geometry, Analysis

This field explores the abstract structures and relationships within mathematics. It includes the study of algebraic systems, geometric properties and transformations, and the rigorous analysis of functions and limits.

Theoretical Physics - Quantum, Relativity, Thermodynamics

This discipline investigates the fundamental principles governing the physical universe. It covers quantum mechanics, which describes the behavior of particles at the smallest scales; relativity, which addresses the nature of space and time; and thermodynamics, which deals with energy and heat transfer.

Theoretical Biology - Evolution, Genetics, Ecology

This area focuses on the underlying principles of biological systems and their interactions. It encompasses the study of evolutionary processes, genetic mechanisms that drive diversity, and ecological dynamics that shape ecosystems.

Theoretical Chemistry - Kinetics, Thermodynamics, Spectroscopy

This discipline examines the principles underlying chemical reactions and interactions. It includes the study of reaction rates (kinetics), the energy changes involved in chemical processes (thermodynamics), and the techniques used to analyze the structure and properties of matter (spectroscopy).

Theoretical Medicine - Epidemiology, Pharmacology, Immunology

This field investigates the theoretical frameworks underlying health and disease. It includes the study of disease distribution and determinants (epidemiology), the effects and mechanisms of drugs (pharmacology), and the immune system's responses (immunology).

Theoretical Computer Science - Algorithms, Complexity, Computability

This discipline focuses on the mathematical foundations of computation. It includes the study of algorithms for problem-solving, the complexity of computational problems, and the limits of what can be computed (computability).

Theoretical Aerospace Engineering - Dynamics, Propulsion, Structures

This area explores the principles of flight and space travel. It includes the study of the dynamics of flight vehicles, propulsion systems that enable movement, and the structural integrity of aerospace components.

Systems Science - Dynamics, Modeling, Optimization

This discipline investigates complex systems and their behaviors. It includes the study of dynamic interactions within systems, the development of models to represent these systems, and the optimization of processes for better performance.

Theoretical Statistics - Inference, Regression, Bayesian

This area focuses on the principles of data analysis and interpretation. It includes the study of statistical inference, regression analysis to model relationships, and Bayesian methods for updating beliefs based on new evidence.

Theoretical Complex Systems - Networks, Chaos, Emergence

This discipline examines the behavior of systems with many interconnected components. It includes the study of networks and their properties, chaotic dynamics that can arise in complex systems, and emergent phenomena that result from simple rules.

Our journal strives to be a leading platform for the dissemination of scientific knowledge, fostering interdisciplinary collaboration and innovation. We are committed to publishing research that has a significant impact on both the scientific community and society at large.