Gravitational lens surveys with LOFAR
Olaf Wucknitz (1,2), Mike Garrett (3) ((1) AIfA, Bonn; (2) JIVE,, Dwingeloo; (3) ASTRON, Dwingeloo)

TL;DR
LOFAR's deep, high-resolution surveys enable large-scale gravitational lens searches by allowing direct morphological selection of candidates, leveraging the long baselines of E-LOFAR.
Contribution
This paper introduces a novel approach to gravitational lens detection using LOFAR's high-resolution surveys and outlines strategies for exploiting this potential.
Findings
First large-scale survey capable of direct morphological lens candidate selection
Utilization of LOFAR's long baselines enhances resolution for lens detection
Potential for significant advancements in gravitational lens discovery
Abstract
Deep surveys planned as a Key Science Project of LOFAR provide completely new opportunities for gravitational lens searches. For the first time do large-scale surveys reach the resolution required for a direct selection of lens candidates using morphological criteria. We briefly describe the strategies that we will use to exploit this potential. The long baselines of an international E-LOFAR are essential for this project.
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Taxonomy
TopicsPulsars and Gravitational Waves Research · Radio Astronomy Observations and Technology · Geophysics and Gravity Measurements
