This has profound consequences:
1. Without its virtual partner, the escaping particle becomes a real particle and appears to us on Earth (watching it happen) to be radiation coming "from the black hole". This is called Hawking Radiation, and actually radiates from just outside the event horizon.
2. The particle with negative energy that was captured by the black hole will reduce the mass of the singularity. If this happens enough for a long enough period of time, the black hole will simply "evaporate" away.
A. Take any number, Multiply it by 12: Add 40 to the result: Divide by 4: Subtract three times the original number.
C. With this procedure, this number will fall into a cyclic 'black hole' like 81.
D. Again, by following through with this procedure, this number will fall into a cyclic 'black hole' like 81.
VI. About the Poster
An artist's rendition of a supermassive black hole surrounded by a large galaxy of stars, gas, and dust, blasting powerful jets out into space serves as the background for our poster. This image was produced by the Joan Carol Design and Exhibit Group of Clinton, Maryland.
The Visible/UV image is from a Hubble Space Telescope observation of NGC 4261. The image is courtesy of H. Ford and L. Ferrarese (Johns Hopkins), W. Jaffe (Leiden), and NASA.
The radio image is of the nearby active galaxy Cygnus A. This image has been used with permission from National Radio Astronomy Observatory /AUI.
The X-ray spectrum is from an ASCA observation of the active galaxy MCG-6-30-15. This figure is from a paper entitled "Gravitationally Redshifted emission Implying an Accretion Disk and Massive Black Hole in the Active Galaxy MCG:-6-30-15" by Y. Tanaka et al., published in Nature, Volume 375, p. 659, 1995.
The X-ray image is from a Roentgen Satellite observation of the active galaxy NGC 1275 at the center of the Perseus cluster of galaxies. The contour lines show the radio structure as given by VLA observations. The image is courtesy of the Max Planck Institute.
The X-ray light curve is from a Rossi X-ray Timing Explorer observation of the micro-quasar GRS 1915+105. The figure is from a paper entitled "A Unified Model for the Spectral Variability in GRS 1915+105" by T. Belloni et al ., published in the Astrophysical Journal, Volume 488, p. L109, 1997.
The gamma-ray image is from a Compton Gamma-Ray Observatory observation of the quasar 3C279. The image is courtesy of the EGRET team, the Compton Observatory, and NASA.
The scales provided on the diagram are typical values for an active galaxy.
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