Hagia Sophia Journal of Geometry (HSJG) aims to contribute to the advancement of mathematics and promote high-quality research in all areas of geometry. Editors and referees examine the submitted papers on the basis of scientific merit regardless of authors' nationality and gender, country of residence, institutional affiliation and political views. Following the ethical guidelines set by COPE, the journal upholds the highest standards in research integrity and academic excellence.
Hagia Sophia Journal of Geometry (HSJG), primarily focuses on publishing high-quality original research in the field of geometry and its interdisciplinary applications. The journal welcomes contributions that explore geometric methods, investigate geometrical structures, and provide innovative solutions to problems in mathematics and related fields. HSJG covers the following main areas:
- Algebraic Number Theory: Global Fields
- Algebraic Geometry
- Foundations of Algebraic Geometry
- Local Theory in Algebraic Geometry
- Cycles and Subschemes
- Families, Fibrations in Algebraic Geometry
- Birational Geometry
- (Co)Homology Theory in Algebraic Geometry
- Arithmetic Problems in Algebraic Geometry; Diophantine Geometry
- Curves in Algebraic Geometry
- Surfaces and Higher-Dimensional Varieties
- Abelian Varieties and Schemes
- Algebraic Groups
- Special Varieties
- Projective and Enumerative Algebraic Geometry
- Real Algebraic and Real-Analytic Geometry
- Computational Aspects in Algebraic Geometry
- Affine Geometry
- Linear and Multilinear Algebra; Matrix Theory
- Basic Linear Algebra
- Clifford Algebras, Spinors
- Special Matrices
- Hopf Algebras, Quantum Groups and Related Topics
- Lie Algebras and Lie Superalgebras
- Noncommutative Differential Geometry
- Geometry
- Linear Incidence Geometry
- Nonlinear Incidence Geometry
- Ring Geometry (Hjelmslev, Barbilian, Etc.)
- Geometric Closure Systems
- Finite Geometry and Special Incidence Structures
- Metric Geometry
- Ordered Geometries (Ordered Incidence Structures, Etc.)
- Topological Geometry
- Incidence Groups
- Distance Geometry
- Geometric Order Structures
- Real and Complex Geometry
- Analytic and Descriptive Geometry
- Classical or Axiomatic Geometry and Physics
- Convex and Discrete Geometry
- General Convexity
- Polytopes and Polyhedra
- Discrete Geometry
- Differential Geometry
- Classical Differential Geometry
- Curves in Euclidean and Related Spaces
- Surfaces in Euclidean and Related Spaces
- Higher-dimensional and -Codimensional Surfaces in Euclidean and Related n-spaces
- Minimal surfaces in Differential Geometry, Surfaces with Prescribed Mean Curvature
- Affine Differential Geometry
- Differential Geometric Aspects in Kinematics
- Projective Differential Geometry
- Differential Line Geometry
- Differential Geometry of Submanifolds of Möbius Space
- Non-Euclidean Differential Geometry
- Other Special Differential Geometries
- Differential geometric Aspects in Vector and Tensor Analysis
- Differential Invariants (Local Theory), Geometric Objects
- Differential Geometry of Webs
- Discrete Differential Geometry
- Local Differential Geometry
- Global Differential Geometry
- Symplectic Geometry, Contact Geometry
- Geometric Evolution Equations
- Applications of Differential Geometry to Sciences and Engineering
- Manifolds and Cell Complexes
- Global Analysis, Analysis on Manifolds
- Geometric Probability and Stochastic Geometry
- Numerical Approximation and Computational Geometry
- Geometry Education
- Comprehensive Works on Geometry Education
- Informal Geometry (educational aspects)
- Area and Volume (educational aspects)
- Plane and Solid Geometry (educational aspects)
- Transformation Geometry (educational aspects)
- Plane and Spherical Trigonometry (educational aspects)
- Analytic Geometry, Vector Algebra (educational aspects)
- Descriptive Geometry (educational aspects)
Research in these subjects has been very lively recently, and the interplay between individual areas has enriched them all. The journal seeks high-quality original papers of both research and expository nature.
Period Months
June
December