  We have shown intriguing similarities between Schwinger balls and black
holes. By considering black hole as a gravitational Schwinger ball, we have
derived the Bekenstein-Hawking entropy and the first law of black hole
thermodynamics as a direct result of the inverse area dependence of the
gravitational force. It is also shown that the Planck length is nothing but the
gravitational Schwinger length. The relation between the mass and the radius of
the black hole is derived by considering the black hole as a Schwinger ball of
gravitons. We show how the evolution of the entanglement entropy of the black
hole, as Page introduced many years ago, can be obtained by including gravitons
in the black hole's evaporation process and using a deformed EPR mechanism.
Also this deformed EPR mechanism can solve the information paradox. We show how
naive simultaneous usage of Page's argument and equivalence principle leads to
firewall problem.
