Black Hole Radiation Socks

Description: Particle pairs at the event horizon, outgoing radiation in gold and infalling partners in violet: the temperature of a black hole. For astrophysicists, theoretical physicists and black hole fans.

Description: The ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface which rises the question of whether the universe is a hologram.

Description: The ingenious formula brought to us by the ingenious Stephen Hawking, showing the temperature of radiations coming out of a black hole, and how black holes can evaporate, and other properties that keep astonishing physicists.

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the temperature of radiations coming out of a black hole, and how black holes can evaporate, and other properties that keep astonishing physicists

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the temperature of radiations coming out of a black hole, and how black holes can evaporate, and other properties that keep astonishing physicists

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram

Description: the ingenious formula brought to us by the ingenious Stephen Hawking, showing the entropy of black holes, which is proportional to it's surface whiche rises the question of whether the universe is a hologram