Publications:
E. Aljadeff, A. Giambruno, E. Pascucci, E. Spinelli, “Fundamental superalgebras in PI Theory", Israel J. Math., in press.
E. Pascucci, “Fundamental Structures in PI-theory: a survey”, São Paulo J. Math. Sci. 20 (3) (2026). DOI
A. Ioppolo, E. Pascucci, “Fundamental Superalgebras with Superinvolution: Exploiting Minimal Varieties”, Algebr Represent Theor, 28 (2025), 1335-1357. DOI
A. Giambruno, D. La Mattina, E. Pascucci, “Exploring fundamental algebras with involution”, J. Pure Appl. Algebra, 229 (10) (2025), 108076. DOI
E. Pascucci, “Some characterizations of fundamental graded algebras", J. Algebra, 666 (2025), 607-632. DOI
A. Ioppolo, E. Pascucci, E. Spinelli, “On minimal varieties of superalgebras with superautomorphism”, J. Algebra, 659 (2024), 76-108. DOI
Preprints:
A. Ioppolo, E. Pascucci, “Trace Identities on upper triangular matrices”.
G. Cerulli Irelli, J. De Loera Chávez, E. Pascucci, "Quivers with Polynomial Identities", arXiv:2508.00662 (2025).
A. Berele, G. Cerulli Irelli, J. De Loera Chávez, E. Pascucci, "Polynomial identities for quivers via incidence algebras’’, arXiv.2511.03536 (2025).
PhD Thesis:
E. Pascucci, Fundamental structures in PI Theory, defended on February 21, 2025 at the Department of Mathematics "Guido Castelnuovo", Sapienza University of Rome. Thesis advisor: Ernesto Spinelli.
In preparation:
Work in progress... No spoiler!
Just kidding! :)
Feel free to reach out to me at: elena.pascucci(at)uniroma1(dot)it
“[...] For Algebra, a palace of exact crystals,
[...] For music, that mysterious form of time.”
― Jorge Luis Borges