2023–Now
Euclid High-z Quasar
We discovered 31 quasars at redshifts 6.6–7.8 with Euclid, including 12 at z > 7. Two of them, at z = 7.77 and 7.69, are the most distant quasars ever observed.
2023–Now
We discovered 31 quasars at redshifts 6.6–7.8 with Euclid, including 12 at z > 7. Two of them, at z = 7.77 and 7.69, are the most distant quasars ever observed.
2022–2023
A spectroscopic study of 176 high-redshift quasar candidates observed with Keck, bringing their classifications into a single archive and using the sample to improve candidate selection and follow-up strategies for future surveys.
2021–2022
An investigation of whether tidal disruption event spectral types are connected to the stellar populations and broader properties of their host galaxies, combining multi-wavelength photometry with statistical analysis.