40 citations · 72 across the 8 of their papers we have counts for
8 papers
The physical mechanism of the streaming instability
Nathan Magnan, Tobias Heinemann, Henrik N. Latter
The main hurdle of planet formation theory is the metre-scale barrier. One of the most promising ways to overcome it is via the streaming instability (SI). Unfortunately, the mecha…
Dynamics of cold circumstellar gas in debris disks
Can Cui, Sebastian Marino, Quentin Kral +1
Mounting observational evidence indicates that cold circumstellar gas is present in debris disk systems. This work focuses on various dynamical processes that debris-disk gas may u…
A physical picture for the acoustic resonant drag instability
Nathan Magnan, Tobias Heinemann, Henrik N. Latter
Mixtures of gas and dust are pervasive in the universe, from AGN and molecular clouds to proto-planetary discs. When the two species drift relative to each other, a large class of…
Thermal hysteresis and front propagation in dense planetary rings
Rémy Larue, Henrik Latter, Hanno Rein
Saturn's rings are composed of icy grains, most in the mm to m size ranges, undergoing several collisions per orbit. Their collective behaviour generates a remarkable array of stru…
Gravitoturbulent dynamo in global simulations of gaseous disks
William Béthune, Henrik Latter
The turbulence driven by gravitational instabilities (GIs) can amplify magnetic fields in massive gaseous disks. This GI dynamo may appear in young circumstellar disks, whose weak…
On dust-gas gravitational instabilities in protoplanetary discs
Henrik Latter, Roxana Rosca
In protoplanetary disks the aerodynamical friction between particles and gas induces a variety of instabilities that facilitate planet formation. Of these we examine the so-called…