Physics
Active Galactic Nuclei
17%
Adaptive Optics
41%
Atmospheric Model
8%
Atmospherics
13%
Brown Dwarf
26%
Carbon Star
5%
Coronagraphs
20%
Dark Current
7%
Data Transmission
12%
Debris Disks
27%
Exozodiacal Dust
18%
Extrasolar Gas Giants
18%
Extrasolar Planet
100%
Extremely large telescope
18%
Field of View
12%
Gaussian Distribution
10%
Ground Telescopes
6%
Habitable Zone
20%
High Resolution
15%
Hubble Space Telescope
8%
Infrared Spectroscopy
7%
Interferometry
34%
James Webb Space Telescope
58%
Large Magellanic Cloud
7%
M Dwarf Stars
6%
Main Sequence Stars
10%
Metallicity
11%
Narrowband
5%
Near Infrared
46%
Optics
15%
Photometry
16%
Planet Formation
7%
Planetary Atmosphere
17%
Planetary System
22%
Point Source
12%
Protoplanetary Disk
14%
Protoplanets
6%
Radial-Velocity Method
8%
Signal-to-Noise Ratio
5%
Spectral Energy Distribution
11%
Spectrographs
34%
Spectrophotometry
5%
Spiral Arms
11%
Stellar Classification
10%
Stellar Disks
8%
Stellar Jets
11%
Stellar System
9%
Thermal Emission
8%
Y Dwarf Stars
5%
Young Stellar Objects
9%
Keyphrases
Adaptive Optics
13%
Arizona
10%
Atmospheric Model
8%
Brown Dwarfs
17%
Debris Disks
19%
Deep Search
7%
Diffraction Limit
7%
Direct Imaging
18%
Dust
28%
Dust Grains
7%
Early Release
14%
Evolutionary Model
7%
Exoplanet Imaging
12%
Exoplanet Spectroscopy
8%
Exoplanet Systems
14%
Exoplanets
23%
Exozodi
6%
Exozodiacal Dust
11%
Fainting
6%
Giant Planets
10%
Grism
7%
Habitable Zone
9%
High Contrast
19%
High Contrast Imaging
18%
Imaging Surveys
8%
Integral Field Spectrograph
7%
Interferometer
37%
James Webb Space Telescope
31%
Keck
7%
L-band
19%
Large Binocular Telescope
62%
Lenslet
8%
Lessons Learned
6%
Light Scattering
10%
LMIRcam
13%
M Bands
12%
Mid-infrared
27%
N-band
6%
Near-infrared
10%
Near-infrared Camera
10%
NIRCam
29%
Nulling
6%
On-sky
9%
Photometry
7%
Planetary Systems
8%
Protoplanetary Disks
8%
Science Programmes
15%
SHARK-NIR
11%
Slitless Spectroscopy
7%
Vega
7%