Gallery of NASA/ESA- and ESO-Photos

ExposÚ

Thema

Spherical Galaxy: Centauri


Spherical Galaxy: M 87



NGC 6872 with oval Acceleration-Ring



Barred Spiral Galaxy: NGC 1365



Central-Region of NGC 1365



The compact core of the Spiral Galaxy NGC 1365 is visible



Barred Spiral Galaxy: NGC 1097



NGC 5427 with Branchings



HST-Foto: NGC 5457



HST-Foto: ESO 034-11



Andromeda Galaxy M31



NGC 4038-9, Collision





Galaxy Cluster, Collision



M 83 with Dark-Clouds-Material



NGC 1512 with elliptic Acceleration-Ring



NGC 1232 with unequal formed Acceleration-Ring



NGC 4594, Sombrero



Spiral Galaxy NGC 4594 with Halo



S6-Edge-On-Galaxy

S6-Edge-On-Galaxy

Edge-On-Galaxy NGC4565



ESO 269-57 with circled Acceleration-Ring



NGC 7742 with circled Acceleration-Ring

HST-Foto: NGC7742

NGC 4414 with circled Acceleration-Ring and a lot of Winding-Arms

HST-Foto: NGC 4414

Back-Spin-Galaxy NGC 4622
with Acceleration-Ring and a Loop

HST-Foto: NGC4622

Hoag, Galaxy with round Core and Ring



NGC 5563, Spherical Galaxy with big bulks of material
thrown out of the central nucleus of the Galaxy



ESO Centaurus A
big bulks of material thrown out of the central nucleus of the Galaxy

ESO Centaurus A

NASA/ESA Photo: Hercules A
big bulks of material thrown out of the central nucleus of the Galaxy



NASA/ESA Photo:
The Photo from the Hubble Space Telescope shows far distant Galaxies
deformed by Gravitation of the Galaxy Cluster SDSS J1038+4849



The vacuum space around a gravitational center was condensed by the gravity.
For the incoming distant light waves it means, that their wavelengths are compressed
in this compressed vacuum space. Red light becomes blue by the strong compression
of the wavelengths, namely accordingly like it is shown in fig. 4.2. The light of the
distant galaxies was still deformed, namely as the optical distortion which originates
with the view from a wineglass foot.

Fig. 4.2



Magnet-Lines



NGC 1808, active Galaxy



NGC 3079, active Galaxy



Solar-System in development

Estimated values:

  1. Mass-distribution: Sun 99%, Planets 1%
  2. Spin-impulse: Sun 1%, Planets 99%
  3. Dust and Gas temperature: 10░ K
  4. Development-Time for the Planets: 3 - 10 Million Years
  5. Gas-concentration: 104 - 105 Atoms / cm3
  6. Super-Nova with implosion: Neutron-Star with 20 km diameter
  7. Rotation-Period of Neutron-Star: 1 sec - 12 msec
  8. Super-Nova with explosion: The silicate-cover converts to iron. The remaining Star is a White-Compact-Star.






Light-Spectrum

Sichtbares Licht: 380nm bis 750nm





Historisches Weltbild
von Camille Flammarion (1882)









HST-Photo: NGC4261 with snail-shaped Spiral in the center region

HST-Photo: NGC7052

Hubble Ultra Deep Field



Hubble Galaxy Cluster: MCS J0416.1-2403












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