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About

D. Dornic is a leading figure in multimessenger astrophysics, specializing in the search for cosmic neutrino sources through coordinated electromagnetic follow-up. Their primary research focuses on high-energy neutrino astronomy, leveraging the ANTARES neutrino telescope to identify transient astrophysical events. Dornic’s major contribution lies in pioneering real-time alert systems that link neutrino detections with optical and gamma-ray observations, bridging the gap between neutrino and photon astronomy. Their 2019 paper, “MASTER investigation of ANTARES and IceCube alerts” (5 citations), marked a milestone by demonstrating the first systematic cross-correlation of very-high-energy and ultra-high-energy neutrino alerts with the MASTER global robotic telescope network, establishing a robust framework for multimessenger studies. Further advancing this field, their 2024 work, “Results of the follow-up of ANTARES neutrino alerts” (3 citations), refined the search for transient sources associated with neutrino emission, showcasing the operational success of the ANTARES follow-up program. Dornic’s efforts have been instrumental in transforming neutrino alerts into actionable astronomical triggers, enabling the identification of potential cosmic accelerators. Their work continues to shape the future of time-domain astrophysics, inspiring students and researchers to explore the universe through multiple messengers.