E. Bernardini

For two years, the LST-1 prototype tracked the flickering of distant space beacons — blazars. At their centers, supermassive black holes act like giant spotlights, shooting out narrow beams of gamma rays. The telescope didn't catch the rays themselves, but their atmospheric footprints — faint blue f

Astronomers observed a gamma-ray flare from a quasar — the ultra-bright core of a galaxy with a black hole inside. The light traveled for 7 billion years. Unexpectedly, it turned out to have originated not from the hole itself, but from the dust ring surrounding it. This helps us understand how blac

Earth's internal structure is traditionally studied using seismic methods and gravimetry. But neutrinos—particles that barely interact with matter—offer a fundamentally different, gentle probe. The IceCube collaboration analyzed 10.7 years of muon neutrino observations with energies from 500 GeV to