Difference:
ScienceWhitePapers
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Revision 69
2017-05-18 -
AshishMahabal
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META TOPICPARENT
name="WebHome"
Science White Papers
Science White Papers
Call for white papers
White Papers in Preparation
Fast Cadence Survey in the Galactic Plane
Microlensing events in the Galactic Bulge and Plane
Cosmology with Type Ia Supernovae
Finding transients in Kepler fields for transient and calibration studies
Young Stars in Star Forming Regions with ZTF
Tidal Disruption Events in ZTF: Creating a Statistical Sample
Discovering Failed Supernovae with ZTF
Optically Identified Relativistic Explosions: Dirty Fireballs and Orphan Afterglows
Machine Learning with ZTF
Microlensing of stars in M31 by relics from the Early Universe
Searching for Optical Counterparts to High-Energy Neutrino Sources
Early studies of SLSNe with ZTF
Solar System Science with ZTF
Early studies of type I Supernovae
Luminous Red Novae - rates and statistical properties
Electromagnetic Counterparts to Gravitational Waves
Seeing stars as they explode: young core-collapse supernova observations with ZTF
ZTF White Paper for Young Stripped Envelope Core-Collapse Supernovae
Strongly Gravitationally Lensed Supernovae
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Abstract: Four things to do: (1)
RealBogus
for point sources, (2)
RealBogus
for streaks, (3) Classification/Characterization of real transients, (4) Transfer learning using other datasets (PTF/iPTF), but also CRTS/Pan-STARRS/…
Tasks: Generating samples, Priors, Labels.
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Machine Learning with ZTF
Microlensing of stars in M31 by relics from the Early Universe
Lead: Ariel Goobar
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