Galaxy morphologies provide valuable insights into their formation processes, tracing the
spatial distribution of ongoing star formation and encoding signatures of dynamical …

Context. The James Webb Space Telescope's (JWST's) unprecedented combination of
sensitivity, spatial resolution, and infrared coverage has enabled a new era of galaxy …

Galaxy morphology is a fundamental quantity, which is essential not only for the full
spectrum of galaxy-evolution studies, but also for a plethora of science in observational …

Galaxy morphology offers significant insights into the evolutionary pathways and underlying
physics of galaxies. As astronomical data grow with surveys such as Euclid and Vera C …

The morphology of a galaxy has been shown to encode the evolutionary history and
correlates strongly with physical properties such as stellar mass, star formation rates and …

The morphological diversity of galaxies is a relevant probe of galaxy evolution and
cosmological structure formation, but the classification of galaxies in large sky surveys is …

Morphological classification conveys abundant information on the formation, evolution, and
environment of galaxies. In this work, we refine a two-step galaxy morphological …

We explore unsupervised machine learning for galaxy morphology analyses using a
combination of feature extraction with a vector-quantized variational autoencoder (VQ-VAE) …

Classifying the morphologies of galaxies is an important step in understanding their physical
properties and evolutionary histories. The advent of large-scale surveys has hastened the …

We present a comprehensive analysis of the evolution of the morphological and structural
properties of a large sample of galaxies at z= 3-9 using the early JWST CEERS NIRCam …