We demonstrate in this paper the use of asymmetry in conjunction with the integrated (B-V) color of galaxies for physical morphological purposes. We show how color-asymmetry diagrams can be used to distinguish between various types of galaxies, including ellipticals, late and early type disks, irregulars and interacting/merging galaxies. We also show how asymmetry can be used to help decipher the morphology of nearby starbursts, and galaxies in the Hubble Deep Field
University of Minnesota Ph.D. dissertation. December 2017. Major: Physics. Advisor: Lucy Fortson. 1 ...
Abstract: We present an application of Mathematical Morphology (MM) for the classification of astro-...
We examine a general framework for visualizing datasets of high (> 2) dimensionality, and demonstrat...
We present a detailed study of rotational asymmetry in galaxies for both morphological and physical ...
The structural symmetry of forty-three face-on galaxy images in the R(65 0 nm) and J(450 nm) bands a...
We present a detailed study of rotational asymmetry in galaxies for both morphological and physical ...
Accepted for publication in Astronomy & AstrophysicsWe present a quantitative method to classify gal...
Encoded within the morphological structure of galaxies are clues related to their formation and evol...
2005, AAS, 207, 19401In order to quantitatively classify galaxies and to study the relationship betw...
We present a new morphological indicator designed for automated recognition of galaxies with faint a...
We present a quantitative method to classify galaxies, based on multi-wavelength data and constructe...
We present a new morphological indicator designed for automated recognition of galaxies with faint a...
How do the different shapes of galaxies arise? Milena Pawlik describes work to identify the role of ...
We analyse the relationships between galaxy morphology, colour, environment and stellar mass using d...
International audienceWe present the first nonparametric morphological analysis of a set of spiral g...
University of Minnesota Ph.D. dissertation. December 2017. Major: Physics. Advisor: Lucy Fortson. 1 ...
Abstract: We present an application of Mathematical Morphology (MM) for the classification of astro-...
We examine a general framework for visualizing datasets of high (> 2) dimensionality, and demonstrat...
We present a detailed study of rotational asymmetry in galaxies for both morphological and physical ...
The structural symmetry of forty-three face-on galaxy images in the R(65 0 nm) and J(450 nm) bands a...
We present a detailed study of rotational asymmetry in galaxies for both morphological and physical ...
Accepted for publication in Astronomy & AstrophysicsWe present a quantitative method to classify gal...
Encoded within the morphological structure of galaxies are clues related to their formation and evol...
2005, AAS, 207, 19401In order to quantitatively classify galaxies and to study the relationship betw...
We present a new morphological indicator designed for automated recognition of galaxies with faint a...
We present a quantitative method to classify galaxies, based on multi-wavelength data and constructe...
We present a new morphological indicator designed for automated recognition of galaxies with faint a...
How do the different shapes of galaxies arise? Milena Pawlik describes work to identify the role of ...
We analyse the relationships between galaxy morphology, colour, environment and stellar mass using d...
International audienceWe present the first nonparametric morphological analysis of a set of spiral g...
University of Minnesota Ph.D. dissertation. December 2017. Major: Physics. Advisor: Lucy Fortson. 1 ...
Abstract: We present an application of Mathematical Morphology (MM) for the classification of astro-...
We examine a general framework for visualizing datasets of high (> 2) dimensionality, and demonstrat...