Alberto Cobos

Aficionado a muchas cosas (triatlón, ciclismo, btt...), deportista amateur en alguna de ellas. Aprendiz de mucho, maestro de poco. Números. 7.

[Beatriz Barbero @beatriz_barbero]

I'm so happy to say that our paper has been published! You can take a look at it following the link:
https://t.co/g799VEeQkG

[Beatriz Barbero @beatriz_barbero]

What a wonderful week in Arizona in the AWS 2024. Learning a lot of maths. Meeting old friends and making new ones.

This is a pic of the Spanish group.

[Beatriz Barbero @beatriz_barbero]

My first paper from the PhD has been published!

This is a joint collaboration with Helena Martín-Cruz, Fernando Hernando and Gary McGuire.

MDS, Hermitian almost MDS, and Gilbert–Varshamov quantum codes from generalized monomial-Cartesian codes

https://t.co/PLNEwrttLI

[chessapig @chessapigbay]

Symplectic geometry starts with a "closed, non-degenerate two form", and turns that into its whole personality. But what does symplectic taste like? IMO, one of these nerd clusters. Crunchy tangy nerds w/ a gummy center.

Here's how symplectic's flavor changed over the years
1/🧵

[Alberto Cobos @acobosr]

This thread covers a period of about three years that I spent among @usal, @KU_Leuven and @sheffielduni, where I am now, at @SheffieldAlgeb1. We hope you enjoy reading our paper and I personally thank Luis for all we have shared.

[Alberto Cobos @acobosr]

We have just published this paper https://t.co/QUDwiGpMvY mixing algebra, tesselations, graph theory, order theory and topology a few days ago. Here is how we did it:

[Alberto Cobos @acobosr]

These ideas are theorem 2.3 and lemma 3.3, where we show an equivalence between geometric, graph theoretic, order theoretic, algebraic and topological concepts. This also tells us how to construct the layers.

[Alberto Cobos @acobosr]

Este hilo recoge un período de unos tres años en los que pasado por la @usal, la @KU_Leuven y la @sheffielduni, @SheffieldAlgeb1. Esperamos que os interese el artículo y, personalmente, agradezco a Luis por todo lo que hemos compartido.

[Alberto Cobos @acobosr]

Hace unos días hemos publicado este artículo https://t.co/QUDwiGpMvY que mezcla álgebra, teselaciones, teoría de grafos, teoría del orden y topología. Así lo hicimos:

[Alberto Cobos @acobosr]

Esto queda recogido en el teorema principal (teorema 2.3) y el lema 3.3, en los que establecemos una equivalencia entre conceptos geométricos, de teoría de grafos, de teoría del orden, de álgebra y de topología. Esto nos indica cómo construir las capas antes mencionadas.