In order to identify a detected exoplanet as an Earth-like (habitable) planet, we must obtain its spectrum to verify that its atmosphere shows evidence of water vapor. We argue that a regular, optical telescope combined with a large occulter to block light from the star offers the most promising, cost-effective way to detect and characterize exoplanets
Terrestrial exoplanets are observationally challenging to detect and characterize. Compared to gas g...
Terrestrial exoplanets are observationally challenging to detect and characterize. Compared to gas g...
An occulter is an optical element which is placed in front of the telescope to block most of the lig...
We present a new concept for detecting and characterizing extrasolar planets down to Earth size or s...
Externally occulted coronagraphs have garnered widespread attention as a potentially viable approach...
Context. Spectro-polarimetry of reflected light from exoplanets is anticipated to be a powerful meth...
In this manuscript, we further develop our concepts for the free- ying occulter space-based mission,...
Direct detection of photons from exoplanets in the habitable zone around nearby stars is challenging...
Directly imaging exoplanets in reflected starlight will enable the atmospheric characterization of l...
New Worlds Observer studies of brightness variations of unresolved terrestrial planets may help to d...
A key technique used to detect and characterise exoplanets is Doppler spectroscopy. The technique in...
Direct detection of exoplanets from the ground is now within reach of existing astronomical instrume...
High-contrast imaging observations of large angular diameter stars enable complementary science ques...
"Densified-pupil multi-aperture imaging interferometers" also called "hypertelescopes" can provide d...
We discuss how to read a planet's spectrum to assess its habitability and search for the signatures ...
Terrestrial exoplanets are observationally challenging to detect and characterize. Compared to gas g...
Terrestrial exoplanets are observationally challenging to detect and characterize. Compared to gas g...
An occulter is an optical element which is placed in front of the telescope to block most of the lig...
We present a new concept for detecting and characterizing extrasolar planets down to Earth size or s...
Externally occulted coronagraphs have garnered widespread attention as a potentially viable approach...
Context. Spectro-polarimetry of reflected light from exoplanets is anticipated to be a powerful meth...
In this manuscript, we further develop our concepts for the free- ying occulter space-based mission,...
Direct detection of photons from exoplanets in the habitable zone around nearby stars is challenging...
Directly imaging exoplanets in reflected starlight will enable the atmospheric characterization of l...
New Worlds Observer studies of brightness variations of unresolved terrestrial planets may help to d...
A key technique used to detect and characterise exoplanets is Doppler spectroscopy. The technique in...
Direct detection of exoplanets from the ground is now within reach of existing astronomical instrume...
High-contrast imaging observations of large angular diameter stars enable complementary science ques...
"Densified-pupil multi-aperture imaging interferometers" also called "hypertelescopes" can provide d...
We discuss how to read a planet's spectrum to assess its habitability and search for the signatures ...
Terrestrial exoplanets are observationally challenging to detect and characterize. Compared to gas g...
Terrestrial exoplanets are observationally challenging to detect and characterize. Compared to gas g...
An occulter is an optical element which is placed in front of the telescope to block most of the lig...