Gravitational microlensing finds planets through their gravitational influence on the light
coming from a more distant background star. The presence of the planet is then inferred from …

Context. Gravitational microlensing is sensitive to compact-object lenses in the Milky Way,
including white dwarfs, neutron stars, or black holes, and could potentially probe a wide …

Abstract The Wide Field InfraRed Survey Telescope (WFIRST) is the next NASA
astrophysics flagship mission, to follow the James Webb Space Telescope. The WFIRST …

As the Kepler mission has done for hot exoplanets, the ESA Euclid and NASA Roman
missions have the potential to create a breakthrough in our understanding of the …

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In order to exhume the buried signatures of" missing planetary caustics" in Korea
Microlensing Telescope Network (KMTNet) data, we conducted a systematic anomaly …

The Large Synoptic Survey Telescope is designed to provide an unprecedented optical
imaging dataset that will support investigations of our Solar System, Galaxy and Universe …

Space-based microlens parallax measurements are a powerful tool for understanding planet
populations, especially their distribution throughout the Galaxy. However, if space-based …

We analyze an ensemble of microlensing events from the 2015 Spitzer microlensing
campaign, all of which were densely monitored by ground-based high-cadence survey …

While dozens of stellar-mass black holes (BHs) have been discovered in binary systems,
isolated BHs have eluded detection. Their presence can be inferred when they lens light …