--------- #1321 - Milky Way’s Gamma Ray Bubbles
- Attachment: Gamma Ray image
- If your eyes could see in X-rays and Gamma Rays, not just the light waves, and, if you could step outside out Milky Way Galaxy and look at the galaxy disk that is 120,000 lightyears across, you would see the galaxy disk filled with stars, billions of stars and above and below the disk are giant bubbles that are an even greater mystery.
- These Gamma Ray bubbles stretch above and below the galaxy center at distances half the diameter of the galaxy, 50,000 lightyears. Each bubble is a perfect sphere forming a figure “ 8” touching at the galaxy center. Each bubble is 25,000 lightyears in diameter.
- These bubbles are not static, they are expanding at 2,200,000 miles per hour. Our Earth is 26,000 lightyears from the galaxy center along the plane of the disk. If we could see these Gamma Ray bubbles from where we stand they would extend 45 degrees above and below the galaxy plane. The connection at the center lies in the Constellation Sagittarius the Archer in the southern sky.
- The Constellation Sagittarius is in the shape of a “teapot”. The center of the galaxy and the location of the galaxy’s 4,000,000 Solar Mass Blackhole is right at the top of the spout of the teapot.
- If we measure the energy of these Gamma Rays they would be equivalent to 100,000 supernovae all exploding at a single moment. The temperature inside these bubbles is 7,000,000 degrees Fahrenheit.
- One theory from astronomers, that really have no idea what caused this, is that our galaxy’s Blackhole at one time spouted powerful jets. The jets shot out of the poles of the spinning Blackhole. The jets dispersed energetic material above and below perpendicular to the galactic plane. Somehow, bubbles of Gamma Rays formed out of these enormous energies. How this all happened is a mystery beyond belief and a tremendous new discovery for astronomers to ponder.
- Today our galaxy’s Blackhole is quiet and relatively small as galactic blackholes go. Our theory is mere speculation of our galaxy’s evolution in the distant past. See Review #1323 Other Gamma Ray Sources to learn more. An announcement will be made shortly stay tuned.
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