You got me! I did not know we had that. Thanks. Which one is that?
(I guess we also have the images of the light surrounding black hole in the center of our galaxy, which is also quite far away, and has quite som pixels. Although it is also larger than a typical star.)
This picture of the dramatic nebula around the bright red supergiant star Betelgeuse was created from images taken with the VISIR infrared camera on ESO’s Very Large Telescope (VLT). This structure, resembling flames emanating from the star, forms because the behemoth is shedding its material into space. The earlier NACO observations of the plumes are reproduced in the central disc. The small red circle in the middle has a diameter about four and half times that of the Earth’s orbit and represents the location of Betelgeuse’s visible surface. The black disc corresponds to a very bright part of the image that was masked to allow the fainter nebula to be seen.
You got me! I did not know we had that. Thanks. Which one is that?
(I guess we also have the images of the light surrounding black hole in the center of our galaxy, which is also quite far away, and has quite som pixels. Although it is also larger than a typical star.)
No problem!
I take the pictures from the Betelgeuse wikipedia article. Things is evolving fast and we can get pretty incredible pictures now!
This picture of the dramatic nebula around the bright red supergiant star Betelgeuse was created from images taken with the VISIR infrared camera on ESO’s Very Large Telescope (VLT). This structure, resembling flames emanating from the star, forms because the behemoth is shedding its material into space. The earlier NACO observations of the plumes are reproduced in the central disc. The small red circle in the middle has a diameter about four and half times that of the Earth’s orbit and represents the location of Betelgeuse’s visible surface. The black disc corresponds to a very bright part of the image that was masked to allow the fainter nebula to be seen.