Keyphrases
Galaxies
100%
Hydra
75%
Euclid
61%
Galaxy Surveys
56%
Ultra-diffuse Galaxies
56%
Early-type Galaxies
56%
Globular Clusters
42%
Dwarf Galaxies
39%
Effective Radius
28%
Low Surface Brightness Galaxies
28%
Fainting
25%
Galaxy Mergers
25%
Machine Learning
23%
Convolutional Neural Network
21%
Euclid Mission
21%
Intragroup
18%
Baryons
18%
Optical Properties
18%
Phase Space Distribution
18%
Velocity Dispersion
18%
Object Classification
18%
Galaxy Morphology
18%
Wavelength Dependence
18%
Astronomer
18%
Machine Learning-based Detection
18%
Detection Method
18%
Stellar Masses
14%
Mean Velocity
14%
Surface Brightness
13%
Galaxy Clusters
12%
Infall
10%
Three-class
10%
Stellar Kinematics
9%
High-resolution Optical Imaging
9%
Dark Energy
9%
Weak Lensing
9%
Probe Structure
9%
Dark Matter
9%
Imaging Infrared
9%
Near-infrared Spectroscopy
9%
Process Data
9%
Objective Performance
9%
Structure Formation
9%
Expected Performance
9%
Cosmology
9%
European Space Agency
9%
Near-infrared Imaging
9%
Standard Model of Cosmology
9%
Processing Stages
9%
Science Objectives
9%
Physics
Redshift Surveys
60%
Galaxy Classification Systems
56%
Early-Type Galaxies
56%
Machine Learning
56%
Globular Cluster
54%
Dwarf Galaxy
49%
Convolutional Neural Network
37%
Low Surface Brightness Galaxies
37%
Near Infrared
37%
Stellar Mass
37%
Galaxy Clusters
33%
Very Large Telescope
31%
High Resolution
28%
Active Galactic Nuclei
25%
Galaxy Mergers
25%
Galaxy Evolution
22%
Baryon
18%
I Galaxies
18%
Spiral Arms
18%
Astronomers
18%
Radial-Velocity Method
18%
Optical Properties
18%
Stellar Kinematics
18%
Data Transmission
18%
Dark Matter
18%
Optical Imaging
18%
Data Product
18%
Standard Model
18%
Stellar Populations
14%
Signal-to-Noise Ratio
13%
Spectral Energy Distribution
11%
Deep Learning
9%
Data Acquisition
9%
Radiative Transfer
9%
Synthetic Image
9%
Interstellar Dust
9%
Neural Network
9%
Metallicity
9%
Line of Sight
9%
Hubble Space Telescope
9%
Peculiar Galaxy
9%
Photometry
9%
Hydrodynamical Simulations
9%
Field of View
9%
Apparent Magnitude
9%
Mass to Light Ratios
9%
Radio Galaxy
7%
Radio Continuum Emission
7%
Gravitational Lens
6%
Artificial Intelligence
6%