Our R-band data show that the optical light from Malin 1 corresponds well with the >2-arcmin extent of the galaxy's HI content and continues well beyond previously published V-band optical light radial profiles. Analysis of our image yields improved understanding of the galaxy's properties. We measure ellipticity of 0.20 +/- 0.03, implying inclination of 38 +/- 3 degrees, and we trace the radial profile to 77 arcsec. A single dusty spiral arm is also weakly discernable, and is consistent with the rotation direction of the HI and spiral structure of the inner disk. Possible scenarios for the origin of the spiral structure are discussed
Understanding how galaxies evolve is a challenge for astronomers, given the very long timescales for...
The low surface brightness disc galaxy Malin 2 challenges the “standard ” theory of galaxy evolution...
Malin 1 has long been considered a prototype giant, dark matter dominated Low Surface Brightness gal...
Our R-band data show that the optical light from Malin 1 corresponds well with the >2-arcmin extent ...
Our R-band data show that the optical light from Malin 1 corresponds well with the >2-arcmin extent ...
Since its discovery, Malin 1 has been considered the prototype and most extreme example of the class...
International audienceLow Surface Brightness galaxies (LSBs) represent a significant fraction of gal...
We present Megacam deep optical images (g and r) of Malin 1 obtained with the 6.5m Magellan/Clay tel...
18 pages, 15 figures, accepted for publication in A&AInternational audienceContext. Malin 1 is the l...
Context. Low surface brightness galaxies (LSBGs) represent a significant percentage of local galaxie...
Context. Low surface brightness galaxies (LSBGs) represent a significant percentage of local galaxie...
International audienceContext. Low surface brightness galaxies (LSBGs) represent a significant perce...
Giant low-surface brightness (GLSB) galaxies are an extreme class of objects with very faint and ext...
We present new optical and radio spectroscopic observations of the remarkable galaxy Malin 1. This g...
Giant low surface brightness (GLSB) galaxies are commonly thought to be massive, dark matter dominat...
Understanding how galaxies evolve is a challenge for astronomers, given the very long timescales for...
The low surface brightness disc galaxy Malin 2 challenges the “standard ” theory of galaxy evolution...
Malin 1 has long been considered a prototype giant, dark matter dominated Low Surface Brightness gal...
Our R-band data show that the optical light from Malin 1 corresponds well with the >2-arcmin extent ...
Our R-band data show that the optical light from Malin 1 corresponds well with the >2-arcmin extent ...
Since its discovery, Malin 1 has been considered the prototype and most extreme example of the class...
International audienceLow Surface Brightness galaxies (LSBs) represent a significant fraction of gal...
We present Megacam deep optical images (g and r) of Malin 1 obtained with the 6.5m Magellan/Clay tel...
18 pages, 15 figures, accepted for publication in A&AInternational audienceContext. Malin 1 is the l...
Context. Low surface brightness galaxies (LSBGs) represent a significant percentage of local galaxie...
Context. Low surface brightness galaxies (LSBGs) represent a significant percentage of local galaxie...
International audienceContext. Low surface brightness galaxies (LSBGs) represent a significant perce...
Giant low-surface brightness (GLSB) galaxies are an extreme class of objects with very faint and ext...
We present new optical and radio spectroscopic observations of the remarkable galaxy Malin 1. This g...
Giant low surface brightness (GLSB) galaxies are commonly thought to be massive, dark matter dominat...
Understanding how galaxies evolve is a challenge for astronomers, given the very long timescales for...
The low surface brightness disc galaxy Malin 2 challenges the “standard ” theory of galaxy evolution...
Malin 1 has long been considered a prototype giant, dark matter dominated Low Surface Brightness gal...