The existence of long (>100 kpc) H I streams and small (100 km s−1), similar to observed clouds which are otherwise intriguing dark galaxy candidates. We find that producing such features is possible but extremely unlikely, occurring no more than 0.2% of the time in our simulations. In contrast, we find that genuine dark galaxies could be extremely stable to harassment and remain detectable even after 5 Gyr in the cluster environment (with the important caveat that our simulations only explore harassment and do not yet include the intracluster medium, heating and cooling, or star formation). We also discuss the possibility that such objects could be the progenitors of recently discovered ultra diffuse galaxies
Context. Within the cosmological concordance model, cold dark matter (CDM) subhalos form the buildin...
The formation of purely baryonic globular clusters with no gravitationally bound dark matter is stil...
Using analytic arguments and a suite of very high resolution (10^3 Msun per particle) cosmological h...
The existence of long (>100 kpc) H I streams and small (100 km s−1), similar to observed clouds whic...
Isolated H i clouds with no optical counterparts are often taken as evidence for galaxy–galaxy inter...
Modelling of Extreme Scattering Events suggests that the Galaxy's dark matter is an undetected popul...
ABSTRACT Using the 100-m radio telescope at Effelsberg, we mapped a large area around the Andromeda ...
The formation of purely baryonic globular clusters with no gravitationally bound dark matter is stil...
One of the most intriguing properties of the GD-1 stellar stream is the existence of three gaps. If ...
We present new fully self-consistent models of the formation and evolution of isolated dwarf galaxie...
Using analytic arguments and a suite of very high resolution (∼103 M⊙ per particle) cosmological hyd...
PublishedThis is the final version of the article. Available from Oxford Journals via the DOI in thi...
The fragmentation of shocked flows in a thermally bistable medium provides a natural mechanism to fo...
The fragmentation of shocked flows in a thermally bistable medium provides a natural mechanism to fo...
In this work, we use cosmological simulations to study patterns of star formation in galaxies that h...
Context. Within the cosmological concordance model, cold dark matter (CDM) subhalos form the buildin...
The formation of purely baryonic globular clusters with no gravitationally bound dark matter is stil...
Using analytic arguments and a suite of very high resolution (10^3 Msun per particle) cosmological h...
The existence of long (>100 kpc) H I streams and small (100 km s−1), similar to observed clouds whic...
Isolated H i clouds with no optical counterparts are often taken as evidence for galaxy–galaxy inter...
Modelling of Extreme Scattering Events suggests that the Galaxy's dark matter is an undetected popul...
ABSTRACT Using the 100-m radio telescope at Effelsberg, we mapped a large area around the Andromeda ...
The formation of purely baryonic globular clusters with no gravitationally bound dark matter is stil...
One of the most intriguing properties of the GD-1 stellar stream is the existence of three gaps. If ...
We present new fully self-consistent models of the formation and evolution of isolated dwarf galaxie...
Using analytic arguments and a suite of very high resolution (∼103 M⊙ per particle) cosmological hyd...
PublishedThis is the final version of the article. Available from Oxford Journals via the DOI in thi...
The fragmentation of shocked flows in a thermally bistable medium provides a natural mechanism to fo...
The fragmentation of shocked flows in a thermally bistable medium provides a natural mechanism to fo...
In this work, we use cosmological simulations to study patterns of star formation in galaxies that h...
Context. Within the cosmological concordance model, cold dark matter (CDM) subhalos form the buildin...
The formation of purely baryonic globular clusters with no gravitationally bound dark matter is stil...
Using analytic arguments and a suite of very high resolution (10^3 Msun per particle) cosmological h...