The Medusa (NGC 4194) is a well-studied nearby galaxy with the disturbed appearance of a merger and evidence for ongoing star formation. In order to test whether it could be the result of an interaction between a gas-rich disk-like galaxy and a larger elliptical, we have carried out optical and radio observations of the stars and the gas in the Medusa, and performed N-body numerical simulations of the evolution of such a system. We used the Nordic Optical Telescope to obtain a deep V-band image and the Westerbork Radio Synthesis Telescope to map the large-scale distribution and kinematics of atomic hydrogen. A single H
We explore the evolution of the cold gas (molecular and neutral hydrogen) and star formation activit...
We present H I and CO (1-0) interferometric observations of 10 comparable-mass interacting systems o...
High resolution OVRO aperture synthesis maps of the 12CO 1-0 emission in the `Medusa' galaxy merger ...
The Medusa is a nearby merger galaxy. The galaxy harbours an ongoing starburst with very efficient c...
Aims. Studying molecular gas properties in merging galaxies gives important clues to the onset and e...
Studying molecular gas properties in merging galaxies gives us important clues to the onset and evol...
Aims. Studying molecular gas properties in merging galaxies gives important clues to the o...
We have detected CO 1-0 emission along the tidal tail of the NGC 4194 (the Medusa) merger. It is the...
Aims. Studying molecular gas properties in merging galaxies gives important clues to the onset and e...
NGC 4194 is a post-merger starburst known as The Medusa for its striking tidal features. We present ...
We have detected CO 1-0 emission along the tidal tail of the NGC 4194 (the Medusa) merger. It is the...
[[abstract]]We present H I and CO (1-0) interferometric observations of 10 comparable-mass interacti...
We employ N-body, smoothed particle hydrodynamic simulations, including detailed treatment of chemic...
Context. Minor mergers are important processes contributing significantly to how galaxies evolve acr...
We report the results of a multi-frequency study of three interactinggalaxies: NGC 5218, NGC 1614 an...
We explore the evolution of the cold gas (molecular and neutral hydrogen) and star formation activit...
We present H I and CO (1-0) interferometric observations of 10 comparable-mass interacting systems o...
High resolution OVRO aperture synthesis maps of the 12CO 1-0 emission in the `Medusa' galaxy merger ...
The Medusa is a nearby merger galaxy. The galaxy harbours an ongoing starburst with very efficient c...
Aims. Studying molecular gas properties in merging galaxies gives important clues to the onset and e...
Studying molecular gas properties in merging galaxies gives us important clues to the onset and evol...
Aims. Studying molecular gas properties in merging galaxies gives important clues to the o...
We have detected CO 1-0 emission along the tidal tail of the NGC 4194 (the Medusa) merger. It is the...
Aims. Studying molecular gas properties in merging galaxies gives important clues to the onset and e...
NGC 4194 is a post-merger starburst known as The Medusa for its striking tidal features. We present ...
We have detected CO 1-0 emission along the tidal tail of the NGC 4194 (the Medusa) merger. It is the...
[[abstract]]We present H I and CO (1-0) interferometric observations of 10 comparable-mass interacti...
We employ N-body, smoothed particle hydrodynamic simulations, including detailed treatment of chemic...
Context. Minor mergers are important processes contributing significantly to how galaxies evolve acr...
We report the results of a multi-frequency study of three interactinggalaxies: NGC 5218, NGC 1614 an...
We explore the evolution of the cold gas (molecular and neutral hydrogen) and star formation activit...
We present H I and CO (1-0) interferometric observations of 10 comparable-mass interacting systems o...
High resolution OVRO aperture synthesis maps of the 12CO 1-0 emission in the `Medusa' galaxy merger ...