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20172025
most citedHierarchical fragmentation in high redshift galaxies revealed by hydrodynamical simulations

19 citations · 44 across the 5 of their papers we have counts for

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Showing astro-ph.GAShow all

7 papers · 1 filter

astro-ph.GA20251 cited

The CHIMERA Survey: The first CO detection in Leo T, the lowest mass known galaxy still hosting cold molecular gas

Vicente Villanueva, Matías Blaña, Alberto D. Bolatto +13

We report the first CO detection in Leo T, representing the most extreme observation of carbon monoxide molecules in the lowest stellar mass gas-rich dwarf galaxy ($\sim…

astro-ph.GA2025

SISSI: Supernovae in a stratified, shearing interstellar medium -- I. The geometry of supernova remnants

Leonard E. C. Romano, Manuel Behrendt, Andreas Burkert

Aims. We introduce the SISSI (Supernovae In a Stratified, Shearing Interstellar medium) simulation suite, which aims to enable a more comprehensive understanding of supernova remna…

astro-ph.GA20244 cited

The Milky Way satellite galaxy Leo T: A perturbed cored dwarf

Matias Blaña, Andreas Burkert, Michael Fellhauer +3

The impact of the dynamical state of gas-rich satellite galaxies at the early moments of their infall into their host systems and the relation to their quenching process are not co…

astro-ph.GA202112 cited

Stellar feedback in a clumpy galaxy at 3.4

E. Iani, A. Zanella, J. Vernet +18

Giant star-forming regions (clumps) are widespread features of galaxies at . Theory predicts that they can play a crucial role in galaxy evolution if they survive to…

astro-ph.GA202119 cited

Hierarchical fragmentation in high redshift galaxies revealed by hydrodynamical simulations

Baptiste Faure, Frédéric Bournaud, Jérémy Fensch +4

High-redshift star-forming galaxies have very different morphologies compared to nearby ones. Indeed, they are often dominated by bright star-forming structures of masses up to $10…

astro-ph.GA2019

A contribution of star-forming clumps and accreting satellites to the mass assembly of z ~ 2 galaxies

A. Zanella, E. Le Floc'h, C. M. Harrison +14

We investigate the contribution of clumps and satellites to the galaxy mass assembly. We analyzed spatially-resolved Hubble Space Telescope observations (imaging and slitless spect…