F. Giovanelli
Papers
1
Total Citations
5
H-Index
1
About
F. Giovanelli is a leading figure in time-domain astrophysics, specializing in the optical and polarimetric monitoring of microquasars and black hole binary systems. Their most significant contribution is the comprehensive study of the 2015 superburst of V404 Cyg/GS 2023+338, a microquasar harboring a stellar-mass black hole. Giovanelli orchestrated a monumental observational campaign using the MASTER Global Network of 16 robotic telescopes across eight global sites, amassing over 2,070 unique, homogeneous photometric and polarization observations. This unprecedented dataset, published in 2019 (5 citations), provided the most detailed optical light curve and polarization behavior ever captured for such an event, revealing complex, rapid variability and jet activity. By coordinating this global robotic effort, Giovanelli demonstrated the power of automated, multi-site networks for capturing rare, transient phenomena. Their work has fundamentally advanced our understanding of accretion and jet physics in black hole X-ray binaries, setting a new standard for real-time, multi-wavelength monitoring of explosive cosmic events.
Research Focus
Key Achievements
Top Papers
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