Hawking’s concept of mini black holes could in principle tell something about the quantum of gravitation. However, such understanding is hampered by the conjectured information loss problem. Here, in the context of the renormalizable Einstein’s Gravitation, we show that the information loss problem in fact does not exist: Particles, virtual or otherwise, never fall inside a singularity, simply because a singularity is a forbidden region of the quantum space-time. Hence any physical information always remains within the space-time, although near a black hole the information cannot be read, due to the presence of the strong gravitational field.