Artículos Publicados:

1997:
Jordan Canonical Form for Finite Rank Elements in Jordan Algebras.	PDF	TEX

1998:
Goldie theorems for Associative Pairs.	PDF	TEX
Local Rings of Exchange Rings.	PDF	TEX

1999:
Goldie Theorems for Associative Pairs II. (Survey)	PDF	TEX

2001:
Exchange Morita Rings.	PDF	TEX

2002:
Quotient Rings and Fountain-Gould Left Orders by the Local Approach.	PDF	TEX

2003:
On Fountain-Gould Left Orders and Fractional Idempotents. (Survey)	PDF	TEX

2004:
Left, Right and inner Socles of associative Systems.	PDF	TEX
Left quotients associative pairs and Morita invariant properties.	PDF	TEX
Morita Invariance and Maximal Left Quotient Rings.	PDF	TEX
3-Graded Lie Algebras With Jordan Finiteness Conditions.	PDF	TEX
Jordan-Systems of Martindale-Like Quotients.	PDF	TEX
Maximal Algebras of Martindale-like Quotients of strongly prime Linear Jordan Algebras.	PDF	TEX
The Jordan Socle and Finitary Lie Algebras.	PDF	TEX

2005:
Polynomial Identities and Speciality of Martindale-like Covers of Jordan Algebras.	PDF	TEX
The Maximal left Quotients Rings of Alternative Rings.	PDF	TEX

2006:
Inner Ideals of Finitary Simple Lie Algebras.	PDF	TEX
Fountain-Gould Left Orders for Associative Pairs.	PDF	TEX
Jordan Centers and Martindale-like Covers.	PDF	TEX
Center, Centroid, Extended Centroid and Quotients in Jordan Systems.	PDF	TEX

2007:
The Jordan Algebras of a Lie Algebra.	PDF	TEX
An elemental Characterization of Strong Primeness in Lie Algebras.	PDF	TEX
Left Quotient Rings of Alternative Rings.	PDF	TEX
A Construction of Gradings of Lie Algebras	PDF	TEX
An Artinian Theory for Lie Algebras (Survey)	PDF	TEX

2008:
The Socle of a Nondegenerate Lie Algebras.	PDF	TEX
An Artinian Theory for Lie Algebras.	PDF	TEX
Local Rings of Rings of Quotients.	PDF	TEX

2009:
Inner Ideal Structure of Nearly Artinian Lie Algebras.	PDF	TEX
A Note on a Result of Kostrikin	PDF	TEX

2010:
On Quotient Rings in Alternative Rings: Fountain-Gould left Quotients Rings. (Survey)	PDF	TEX

2011:
Nondegeneracy for Lie Triple Systems and Kantor Pairs.	PDF	TEX
Characterizations of the Kostrikin Radical of a Lie Algebra.	PDF	TEX

2012:
A Radical for Graded Lie Algebras.	PDF	TEX
Principal Filtrations of Lie algebras.	PDF	TEX
The Inner Ideals of the Simple Finite Dimensional Lie Algebras.	PDF	TEX

2013:
Quotients in Graded Lie Algebras. Martindale-Like Quotients For Kantor Pairs and Lie Triple Systems.	PDF	TEX

2014:
An Elemental Characterization of Orthogonal Ideals in Lie Algebras.	PDF	TEX
On Quotient Rings in Alternative Rings.	PDF	TEX

2016:
Prime Quotients of Jordan Systems and Lie Algebras.	PDF	TEX
Inner ideals of Lie algebras of skew elements of prime rings with involution.	PDF	TEX
Jordan algebras at Jordan elements of semiprime rings with involution.	PDF	TEX

2017:
Clifford elements in Lie algebras	PDF	TEX

2019:
A Jordan canonical form for nilpotent elements in an arbitrary ring.	PDF	TEX

2020:
Jordan supersystems related to Lie superalgebras.	PDF	TEX
On the speciality of jordan algebras and subquotients of Lie algebras.	PDF	TEX

2021:
A description of ad-nilpotent elements in Lie algebras arising from semiprime rings with involution.	PDF	TEX
Nilpotent Inner Derivations in Prime Superalgebras. (Survey)	PDF	TEX
Filtration Associated to an Abelian Inner Ideal and the Speciality of the Subquotient of a Lie Algebra. (Survey)	PDF	TEX

2022:
Decompositions of matrices into potent and square-zero matrices.	PDF	TEX
Ad-nilpotent elements of skew index in semiprime rings with involution.	PDF	TEX
Nilpotent superderivations in prime superalgebras.	PDF	TEX
Decompositions of Matrices into Diagonalizable and Square-Zero Matrices.	PDF	TEX

2023:
Gradings induced by nilpotent elements.	PDF	TEX
A filtration associated to an abelian inner ideal of a Lie algebra.	PDF	TEX
Decompositions of Endomorphisms Into a Sum of Roots of the Unity and Nilpotent Endomorphisms of Fixed Nilpotence.	PDF	TEX
Decompositions of Matrices into a Sum of Invertible Matrices and Matrices of Fixed Nilpotence.	PDF	TEX

2024:

Si quieres el texto completo, y no tienes acceso a la revista, envíame un e-mail a mi dirección de correo electrónico:

Miguel Ángel Gómez Lozano