Cue the intrigue, astronomers have unearthed a cosmic riddle within the Milky Way. The object, denser than known neutron stars and lighter than all cataloged black holes, made its presence known thanks to the Miircat radio telescope. Orbiting a spinning pulsar named PSRJ05144102E, this mystery object has peaked the curiosity of the scientific community. If it turns out to be a black hole, we're gazing at a rare radio-pulsar black hole. Giants of the cosmos. Black holes and neutron stars both originate from collapsing massive stars with a specific mass range. Neutron stars weigh between one and two solar masses, while black holes are heftier. But there's a mass chasm. No black holes between 2.2 and five solar masses have been detected. This enigma, nestled in the mass gap, could be our key to deciphering the secrets of dense celestial bodies. The quest for answers continues.