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Effective January 1, 2024, JOEMS moved to NSP; All new submissions must be exclusively sent through the new web platform: wi-academy.org/journals. https://www.wi-academy.org/journals/index.php/joems The Journal of the Egyptian Mathematical Society (JOEMS) is dedicated to rapidly publishing the highest quality short, regular, and expository papers. JOEMS considers only original and timely contributions containing new results in pure and applied mathematics and computational mathematics. Manuscripts may discuss fundamental or applied issues and should offer clear evidence of novelty and significance. JOEMS accepts papers through a blind external review by professional colleagues in the relevant fields. Unless clearly below the journal’s standard, submitted articles will be sent to referees. At least two experts will generally review them to reach a decision as soon as possible. Where possible, the final decision is made on the basis that the referees are in accordance with one another. When there is a strong disagreement between referees, advice is sought from a journal’s Editorial Board member. JOEMS provides a forum for the rapid publication of original research in the field. The journal’s scope encompasses all phenomena associated with all field of mathematics. Review articles and original contributions are based on analytical, computational, and experimental methods. A list of research areas covered by the journal, but are not limited to the following: Pure Mathematics: | Algebraic geometry | Algebraic topology | Algorithms Analysis of PDEs | | Category theory | Classical analysis and ODEs | Combinatorics | | Commutative algebra | Complex variables | Computational mathematics | | Decision theory and decision analysis | Differential geometry | Dynamical systems | | Equations and inequalities | Functional analysis | Fuzzy sets and systems | | General Mathematics | General topology | Geometric topology and analysis | | Group theory | Harmonic analysis | History and overview | | Information theory | Interdisciplinary Mathematics | K-theory and homology | | Mathematical Logic | Mathematical and computational biology | Mathematical modeling | | Metric geometry | Number theory | Numerical analysis | | Operator algebras | Optimization and Control | Polynomials | | Probability and statistics | Representation theory | Rings and algebra | | Simulation | Spectral theory | Stochastic process and uncertainty | | Symplectic geometry | Variational problems | Statistical distribution and probability | | Stochastic processes and optimization | Algebra | Geometry | Applied mathematics: | Quantum Computations | Computational geometry | Computational fluid dynamics | | Quantum Information | Computational optimization | Computational probability | | Statistical computation and simulation | Computational intelligence | Computational complexity | | Theoretical computer science | Computational physics | Boundary layer theory | | Combustion | Complex flows and soft matter | Electrohydrodynamics and magnetohydrodynamics | | Geophysical flows | Granular flows | Interfacial and free surface flows | | Vortex dynamics | Elasticity theory | Linear and nonlinear wave propagation | | Nonlinear optics and photonics | Inverse problems | Applied dynamical systems | | Nonlinear systems | Stochastic differential equations and stochastic dynamics | Quantum and field theories | | General relativity and gravitation | Statistical physics | Classical mechanics and classical fields | Mathematics and chemistry, including but not limited to: | Chemical graph theory | Topology | Group theory | | Quantum chemistry | Molecular modeling | Supramolecular structures | Mathematics and biology, including but not limited to: | Theoretical biology | Computational biology | Developmental biology | | Population dynamics | Systems biology | Behavioral biology | | Evolution | Epidemiology | | Mathematics and engineering, including but not limited to: | Mathematical modeling | Mechanical engineering | Electrical engineering | | Applied electromagnetics | Fluid mechanics | Materials science | | Image and signal processing | Computational intelligence and complexity | Environmental engineering | Mathematics and information science, including but not limited to: | Data assimilation | Topological data analysis | Compression sensing | | Differential privacy | Big data | IoT | | Artificial intelligence technology | | | Mathematics and economics, including but not limited to: | Insurance mathematics | Quantitative insurance economics | Pension systems | | Social insurance | Quantitative economics | Risk-sharing arrangements | | Mathematical finance | Operations research | Quantitative risk management | Mathematics and social sciences, including but not limited to: | Decision science | Game theory | Social networks | | Voting rules | | |
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