Mattia Mattei (@mattiamattei1) 's Twitter Profile
Mattia Mattei

@mattiamattei1

@MSCActions PhD candidate at @universitatURV | @_alephsys_ @cofundURV |
#ComplexSystems

ID: 1341793269638975488

calendar_today23-12-2020 17:10:35

25 Tweet

51 Followers

142 Following

Giulio Burgio (@giulioburgio@mastodon.uno) (@giulioburgio) 's Twitter Profile Photo

The model easily accommodates various heterogeneities of the agents, being suitable for extensive ABM simulations, which we only started to explore. Beautifully, a mean-field (aka representative agents) approximation allows to analytically characterise the rich phenomenology,

Mattia Mattei (@mattiamattei1) 's Twitter Profile Photo

I'm very proud to announce the publication of our latest work by Scientific Reports, in collaboration with the amazing Fabio Saracco ☮️, Guido Caldarelli 贵多, Marinella Petrocchi and manuelP88. We tried to shed light on the phenomenon of infodemics. Check this out!! ⬇️ nature.com/articles/s4159…

ECLT_Ca'Foscari (@eclt_venice) 's Twitter Profile Photo

📄We highly suggest you to look at Guido Caldarelli 贵多’s latest publication “Bow-tie structures of twitter discursive communities” published in Scientific Reports If you are interested, please click here for the full-text 👉 bit.ly/3Bum7q2

📄We highly suggest you to look at <a href="/GuidoCaldarelli/">Guido Caldarelli 贵多</a>’s latest publication “Bow-tie structures of twitter discursive communities” published in <a href="/SciReports/">Scientific Reports</a>

If you are interested, please click here for the full-text 👉 bit.ly/3Bum7q2
Giulio Burgio (@giulioburgio@mastodon.uno) (@giulioburgio) 's Twitter Profile Photo

Can spreading between two agents be altered by the presence of other agents? Yes, it can. [Hint: infectious spreading under voluntary face-mask adoption] "Spreading dynamics in networks under context-dependent behavior" w/ Alex Arenas & Sergio Gómez at arxiv.org/abs/2211.00435

Can spreading between two agents be altered by the presence of other agents? Yes, it can.
[Hint: infectious spreading under voluntary face-mask adoption]

"Spreading dynamics in networks under context-dependent behavior" w/ <a href="/_AlexArenas/">Alex Arenas</a> &amp; <a href="/SergioGomezJ/">Sergio Gómez</a> at arxiv.org/abs/2211.00435
Martí i Franquès COFUND Doctoral Programme (@cofundurv) 's Twitter Profile Photo

Congratulations to newly minted Dr Benjamin Steinegger, who has recently obtained his PhD from Universitat Rovira i Virgili 👏 supervised by Àlex Arenas & Clara Granell. We wish you all the best in this new stage! ➡️urv.cat/en/research/su… 🇪🇺 #EUfunded #H2020 #MSCA #cofundURV #MyEUresearch

Congratulations to newly minted Dr Benjamin Steinegger, who has recently obtained his PhD from <a href="/universitatURV/">Universitat Rovira i Virgili</a> 👏 supervised by Àlex Arenas &amp; Clara Granell. We wish you all the best in this new stage!
➡️urv.cat/en/research/su…
🇪🇺 #EUfunded #H2020 #MSCA #cofundURV #MyEUresearch
Mattia Mattei (@mattiamattei1) 's Twitter Profile Photo

Wastewater-Based Epidemiology can help account for unreported infections and anticipate the need for diagnostic tests. In our latest work we analyzed genome copies of SARS-CoV-2 shed in Catalonia's wastewater plants. Check this out at medrxiv.org/content/10.110… w/Alex Arenas

Alex Arenas (@_alexarenas) 's Twitter Profile Photo

Nou Water Research amb Mattia Mattei, Rosa Maria Pintó, Susana Guix Albert Bosch. Les dades d'aigües residuals preveien els casos notificats de COVID en uns 9 dies, proporcionant una alerta primerenca d'augment de casos en el context sanitari de l'estudi a Catalunya. sciencedirect.com/science/articl…

Nou <a href="/WaterRes_J/">Water Research</a> amb <a href="/MattiaMattei1/">Mattia Mattei</a>, Rosa Maria Pintó, <a href="/sguix/">Susana Guix</a> <a href="/BoschUB/">Albert Bosch</a>. Les dades d'aigües residuals preveien els casos notificats de COVID en uns 9 dies, proporcionant una alerta primerenca d'augment de casos en el context sanitari de l'estudi a Catalunya.
sciencedirect.com/science/articl…
Giulio Burgio (@giulioburgio@mastodon.uno) (@giulioburgio) 's Twitter Profile Photo

It’s not just how many interactions of each order there are and how strong they are: their structural arrangement *really* matters. And you need to retain dynamical correlations to see it. Out Physical Review Letters journals.aps.org/prl/abstract/1… Alex Arenas Sergio Gómez

Alex Arenas (@_alexarenas) 's Twitter Profile Photo

Our first work on the analysis of microbiome is out, with the great Mattia Mattei. Phys. Rev. E 110, 014404 (2024) - Exploring spatial segregation induced by competition avoidance as driving mechanism for emergent coexistence in microbial communities journals.aps.org/pre/abstract/1…

Our first work on the analysis of microbiome is out, with the great <a href="/MattiaMattei1/">Mattia Mattei</a>. Phys. Rev. E 110, 014404 (2024)  -  Exploring spatial segregation induced by competition avoidance as driving mechanism for emergent coexistence in microbial communities journals.aps.org/pre/abstract/1…
Physical Review E (@physreve) 's Twitter Profile Photo

Exploring spatial segregation induced by competition avoidance as driving mechanism for emergent coexistence in microbial communities, Mattia Mattei and Alex Arenas #Networks #BiologicalPhysics Alex Arenas Mattia Mattei go.aps.org/3RVOvKY

Exploring spatial segregation induced by competition avoidance as driving mechanism for emergent coexistence in microbial communities, Mattia Mattei and Alex Arenas #Networks #BiologicalPhysics <a href="/_AlexArenas/">Alex Arenas</a> <a href="/MattiaMattei1/">Mattia Mattei</a> go.aps.org/3RVOvKY
David Soriano Paños (@sorianopanos) 's Twitter Profile Photo

How do different evolutionary mechanisms shape the long-term persistence of viruses in the population? Does transmissibility always help them become endemic? If curious about these questions, check out my latest preprint! Comments are more than welcome 😀 arxiv.org/abs/2411.02097

Alex Arenas (@_alexarenas) 's Twitter Profile Photo

Our paper on the "Rebound in epidemic control: how misaligned vaccination timing amplifies infection peaks", is now published in npj Complexity. Collaboration wt great team Piergiorgio Castioni, Sergio Gómez, and Clara Granell, Excited to share these insights! bit.ly/3Z7V8O8

Our paper on the "Rebound in epidemic control: how misaligned vaccination timing amplifies infection peaks", is now published in npj Complexity. Collaboration wt great team <a href="/pppiergiorgio/">Piergiorgio Castioni</a>, <a href="/SergioGomezJ/">Sergio Gómez</a>, and <a href="/claragranell/">Clara Granell</a>, Excited to share these insights! bit.ly/3Z7V8O8
SEES Lab (@sees_lab) 's Twitter Profile Photo

During a pandemic such as COVID19, we hope (but fail) to accurately estimate the incidence of the disease. In this paper, we propose a new approach to machine-learn models of the real incidence from readily available information (tests and detected cases) journals.plos.org/ploscompbiol/a…