Papers
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Total Citations
19
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About
M. Norbury is a key figure in the advancement of robotic telescope networks for time-domain astronomy, with their most-cited work (19 citations) introducing novel scheduling approaches for the Las Cumbres Observatory Global Telescope (LCOGT). This foundational research addresses the critical challenge of coordinating a worldwide network of fully robotic optical telescopes, leveraging observatory automation and longitudinal site spacing to enable unprecedented observing modes. Norbury’s contributions center on developing centralized network schedulers that optimize real-time responsiveness to transient astronomical events, a capability impossible with traditional single-telescope setups. Their work has directly shaped the operational framework of LCOGT, a pioneering facility that has since become a cornerstone for time-domain studies, including supernova follow-ups and exoplanet transits. By solving the complex logistical puzzle of multi-telescope coordination, Norbury has empowered astronomers to capture fleeting cosmic phenomena with greater efficiency and coverage. This research remains highly cited as a reference for next-generation observatory networks, cementing Norbury’s role in advancing the infrastructure that drives modern, responsive astronomy.
Research Focus
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Top Papers
- 1Novel scheduling approaches in the era of multi-telescope networks19 citations · 2014