The concept of cornucopion  or so-called "horn particles" has been developed in order to explain a possible endpoint of this phenomena. Recent work has suggested that this phenomena might be detectable if an observer is in an constantly accelerating reference frame in uniform circular motion as this will reveal that the Sokolov-Ternov effect coincides physically with the related Unruh Effect. One application of the Large Hadron Collider will be used to measure this pheno
The concept of cornucopion  or so-called "horn particles" has been developed in order to explain a possible endpoint of this phenomena. Recent work has suggested that this phenomena might be detectable if an observer is in an constantly accelerating reference frame in uniform circular motion as this will reveal that the Sokolov-Ternov effect coincides physically with the related Unruh Effect. One application of the Large Hadron Collider will be used to measure this phenomena from micro versions of its generating object since its magnitude is significantly greater than from larger colder brothers. For 10 points name this thermal emission whose temperature is inversely proportional to the mass of the black-hole from which it is released predicted in 1975 by its namesake, a British theoretical physicist and mathematician.
The concept of cornucopion  or so-called "horn particles" has been developed in order to explain a possible endpoint of this phenomena.
Hawking-Bekenstein Radiation or Effect or Evaporation