Onofrio Mazzarisi (@onofriomazza) 's Twitter Profile
Onofrio Mazzarisi

@onofriomazza

Postdoc @ictpnews. Interested in #statisticalmechanics, #ecology, #evolution, #complexsystems

ID: 1494255415932170245

linkhttps://onofriomazzarisi.github.io/ calendar_today17-02-2022 10:21:00

18 Tweet

37 Followers

127 Following

Jacopo Grilli (@jacrickets) 's Twitter Profile Photo
Jacopo Grilli
@jacrickets

4 years ago

📢We have an open postdoc position in Ecology&Evolution in the Quantitative Life Sciences section at ICTP in Trieste 🇮🇹🇺🇳 Email/DM me for questions / please RT ictp.it/about-ictp/med… - a 🧵 with some useful info

AndyDobson (@andy2dobson) 's Twitter Profile Photo
AndyDobson
@andy2dobson

a year ago

Possibly the most important ecology paper published in Science this century?...science.org/doi/10.1126/sc…

Jonathan Rodenfels (@j_rodenfels) 's Twitter Profile Photo
Jonathan Rodenfels
@j_rodenfels

a year ago

Happy to share our collaborative work on the thermodynamics of unicellular growth and metabolism. 🥳🤯 doi.org/10.1101/2024.0…

PCI Ecology (@pci_ecology) 's Twitter Profile Photo
PCI Ecology
@pci_ecology

10 months ago

A new #preprint #OpenScience #PeerReview by PCI Ecology: Onofrio Mazzarisi et al (2024) General mechanisms for a top-down origin of the predator-prey power law. doi.org/10.1101/2024.0… 🔽

PCI Ecology (@pci_ecology) 's Twitter Profile Photo
PCI Ecology
@pci_ecology

10 months ago

Recommended by Samir Simon Suweis for PCI Ecology based on published reviews by Samraat Pawar and 1 anonymous reviewer #OpenScience doi.org/10.24072/pci.e…

Physical Review E (@physreve) 's Twitter Profile Photo
Physical Review E
@physreve

10 months ago

Using a non-linear generalization of the competitive Lotka-Volterra model, researchers identify two kinds of complexity-stability relationships in disordered dynamical systems, challenging the notion that large, complex systems inherently lack stability. go.aps.org/48GEt7p

Using a non-linear generalization of the competitive Lotka-Volterra model, researchers identify two kinds of complexity-stability relationships in disordered dynamical systems, challenging the notion that large, complex systems inherently lack stability. go.aps.org/48GEt7p
Theoretical Biophysics (@theobiophysics) 's Twitter Profile Photo
Theoretical Biophysics
@theobiophysics

10 months ago

📝Author's summary by Onofrio Mazzarisi on "Complexity-stability relationships in competitive disordered dynamical system" O Mazzarisi, M Smerlak "Diversity begets stability: Sublinear growth and competitive coexistence across ecosystems" I Hatton, O Mazzarisi, A Altieri, M Smerlak

📝Author's summary by <a href="/onofriomazza/">Onofrio Mazzarisi</a> on "Complexity-stability relationships in competitive disordered dynamical system" O Mazzarisi, M Smerlak "Diversity begets stability: Sublinear growth and competitive coexistence across ecosystems" I Hatton, O Mazzarisi, A Altieri, M Smerlak