ISSN: 1306-6048
Founded: 2007
Publisher: Abdullah HARMANCI
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The International Electronic Journal of Algebra (IEJA) is an international mathematical journal founded at the beginning of 2007. This journal carries original research articles of high standard in the field of algebra and aims to reflect the latest developments in the field. Contributions from mathematicians all over the world are welcome.

The International Electronic Journal of Algebra ( Int. Electron. J. Algebra ) is published twice a year (January - July).  

IEJA is indexed/abstracted by Mathematical Reviews, Emerging Sources Citation Index (ESCI), Zentralblatt MATH, Scopus, EBSCO and DOAJ.

 IEJA seeks previously unpublished papers that contain:

  • Module theory
  • Ring theory
  • Group theory
  • Algebras
  • Comodules
  • Corings
  • Coalgebras
  • Representation theory
  • Number theory

Authors are invited to submit papers for electronic publication. Manuscripts must be original and written in English and should be submitted to the following e-mail address: iejalgebra@gmail.com

The manuscripts submitted to IEJA are checked first by iThenticate to compare the contents of the manuscripts with a vast database of webpages and academic publications. The iThenticate report for every manuscript is investigated in detail. According to the iThenticate result, if the similarity index of the manuscript is higher than %25, then it can not be considered for further process.

2024 - Volume: 36 Issue: 36

Research Article

1. Strongly Graded Modules and Positively Graded Modules which are Unique Factorization Modules

Research Article

3. Simple-separable modules

Research Article

4. Restricted-finite groups with some applications in group rings

Research Article

5. A categories equivalence of associative bimodules

Research Article

7. Almost-reductive and almost-algebraic Leibniz algebra

Research Article

10. Strongly J-n-Coherent rings

Research Article

11. On magic type labelings of zero-divisor graphs

Research Article

13. Idempotents and zero divisors in commutative algebras satisfying an identity of degree four

Research Article

15. A uniform characterization of the Octonions and the Quaternions using commutators