1. Structure and analysis on nuclear groups, Houston Journal of Mathematics 26 no. 2 (2000), 314--334.
2. Relations between LCA groups with isomorphic group algebras,  Journal of the London Mathematical Society 61 no. 1 (2000), 110--122.
 

3. Dense pseudocompact subgroups and pseudocompact refinements, Scientiae Mathematicae Japonicae 55 (2001), 627--640.


4. On unitary representability of topological groups, Mathematische Zeitschrift 263 (2009), 211-220.
   

En colaboración con Enrique Jordá (Universidad Politécnica de Valencia):

1. Ergodic properties of convolution operators, Journal of Operator Theory 86 (2021), 469-501.

En colaboración con Mahmoud Filali (Oulun Yliopisto, Finlandia):

1. Orthogonal ℓ¹-sets and extreme non-Arens regularity of preduals of von Neumann algebras Journal of Mathematical Analysis and Applications 512 (2022) 126137.


2. On the extreme non-Arens regularity of Banach algebras, Journal of the London Mathematical Society 104 (2021), 1840-1860.


3. Extreme non-Arens regularity of the group algebra, Forum Mathematicum 30 (2018), 1193-1208.


4. Interpolation sets and the size of quotients of function spaces on a locally compact group. Transactions of the American Mathematical Society 369 (2017), 575-603.


5. Algebraic structure of semigroup compactifications: Pym’s and Veech’s Theorems and strongly prime points. Journal of Mathematical Analysis and Applications 456 (2017), 117--150.


6. Approximable WAP- and LUC-interpolation sets, Advances in Mathematics 233 (2013), 87-114.

En colaboración con Mahmoud Filali (Oulun Yliopisto, Finland) y Reza Esmailvandi:

1. Arens regularity of ideals of the group algebra of a compact Abelian group. Proceedings of the Royal Society of Edinburgh Section A: Mathematics. (2023, pendiente de aparición).

1. A Generalized Mazur-Ulam Theorem for Fuzzy Normed Spaces. Abstract and Applied Analysis Volume 2014 (2014), Article ID 624920.


2. A Mazur-Ulam type theorems for fuzzy normed spaces. Journal of Nonlinear Sciences and Applications Volume 10, Issue 8, (2017), 4499--4506.

1. Reflexivity in precompact groups and extensions, Topology and Its Applications 163 (2014), 112-127.

1. Nondiscrete P-groups can be reflexive, Topology and its Applications 158 (2011), 194–203.


2. Reflexivity of prodiscrete topological groups, Journal of Mathematical Analysis and Applications 384 (2011), 320--330.

1. Pseudocompact group topologies with no infinite compact subsets, Journal of Pure and Applied Algebra (2011), 655-663.

En colaboración con Manuel Sanchis (UJI):

1. Stone-Weierstrass theorems for group-valued functions. Israel Journal of Mathematics 141 (2004), 341--354.


2. Approximation theorems for group valued functions,  Journal of Approximation Theory 163 (2011). 183--196.

En colaboración con Ana María Ródenas

1. Characterizing group $C^\ast$-algebras through their unitary groups: the Abelian case, Forum  Mathematicum 22 (2010), 811–824.

En colaboración con Stefano Ferri (Universidad de los Andes, Colombia)

1. Embedding a topological group into its WAP-compactification,  Studia Mathematica 193 (2009), 99--108.

En colaboración con Stefano Ferri (Universidad de los Andes, Colombia) and Camilo Gómez

1. Sampling almost periodic and related functions ,  Constructive Approximation 52 (2020), 213--232.

En colaboración con Salvador García Ferreira (UNAM, México) and Artur H. Tomita (Universidade de Sao Paulo, Brazil)

1. Pseudocompact group topologies with prescribed topological subspaces, Scientiae Mathematicae Japonicae, e-2009, 427–436.

En colaboración con Salvador García Ferreira (UNAM, México)

1. Compact groups containing dense pseudocompact subgroups without non-trivial convergent sequences.  Topology  and Its Applications 154  (2007),  no. 2, 476--490

En colaboración con P. de la Harpe and  T. Vust (Université de Genève, Switzerland):

1.  Two observations on irreducible representations of groups. Journal of Lie Theory 12 (2002), 535--538.

En colaboración con W. W. Comfort (Wesleyan University, USA):

1. Pseudocompact topological group refinements of maximal weight. Proceedings of the American Mathematical Society 113 (2002), 1311-1320.

1. Extremal pseudocompact topological groups. Journal of Pure and Applied Algebra 197 (2005), 59--81.

1. A characterization of the Schur property by means of the Bohr topology, Topology and Its Applications 97 (1999), no. 1-2, 99--108.

En colaboración con Salvador Hernández and Ta-Sun Wu (Case Western University, USA)

1. Recent results and open questions  relating Chu duality and Bohr compactifications of locally compact groups. Open Problems in Topology II, Ed. Elliott Pearl. Elsevier, pp. 407-422.

En colaboración con Salvador Hernández: (UJI)

1. On the completion of a MAP group, Annals of the New York Academy of Sciences 806, (1996), 164--168.


2. Transmission of continuity to the Bohr topology, Topology and Its Applications 77 (1997), no. 2, 161--175.


3. The concept of boundedness and the Bohr compactification of a MAP abelian group, Fundamenta Mathematicae 159 (1999), no. 3, 195--218.


4. Pontryagin-van Kampen reflexivity for free abelian topological groups, Forum Mathematicum 11 (1999), no. 4, 399--41.


5. Interpolation sets and the Bohr topology of locally compact groups. Advances in Mathematics 188 (2004), no1, 51--68.