JRT will dedicate ~800 hours/year to VLBI and, when combined with SKA-Mid, is projected to improve network performance for pulsar distance measurements and event-horizon-scale imaging.
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SKA and SKA-VLBI are projected to detect black hole-neutron star binaries, measure masses and orbits in compact binaries, and identify intermediate-mass black holes.
citing papers explorer
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Enhancing VLBI Capability with the SKA-Mid and the Jingdong 120-m Radio Telescope
JRT will dedicate ~800 hours/year to VLBI and, when combined with SKA-Mid, is projected to improve network performance for pulsar distance measurements and event-horizon-scale imaging.
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Compact Objects Revealed by SKA and SKA-VLBI
SKA and SKA-VLBI are projected to detect black hole-neutron star binaries, measure masses and orbits in compact binaries, and identify intermediate-mass black holes.