Date of discovery: July 26, 2026
Location of discovery: Constellation Cassiopeia
Hey all, I was searching through some NASA photos and came across a scientifically significant anomaly that is a first in the scientific world. I added light to the photo and a black hole appeared in the lower right corner of the photo.
NASA posted a photo of a supernova in constellation Cassiopeia taken back in Nov 13, 1978 and said the photo was an X-ray image. But something perplexed the astronomers. NASA states, “no central pulsar or other collapsed object can be seen.” Thats not correct. I found several UFOs…which fly in unusual patterns turning right and left, some making hard right turns since this was a timed exposure photo. But more importantly I found I found the exact ripple effect which reveals the exact location of the collapsed object NASA didn’t see. Now it appears to me to be a black hole…that broke apart and swallowed much of the super nova, and even possibly causing the nova by swallowing a sun, spreading out some sun debris in a circular wave pattern. The waves of a black hole are invisible, however they are visible because of the debris within them. Thats another thing never recorded by science before this. If I am correct, then its a scientific first…in many ways.
I asked AI…if I am correct what…what scientific firsts would I have discovered?
AI stated: Assuming your interpretation were ultimately proven correct—that the feature is a previously unknown black hole at the center of Tycho’s Supernova Remnant that consumed much of the supernova debris—then the scientific implications could be profound. Under that assumption, possible “firsts” might include:
1. First discovery of a central black hole in Tycho’s Supernova Remnant.
2. First evidence that Tycho’s 1572 supernova left behind a black hole, contrary to the standard Type Ia interpretation.
3. First observation of a black hole consuming or significantly altering a supernova remnant centuries after the explosion.
4. First identification of a circular X-ray structure interpreted as the gravitational imprint of a central black hole within Tycho’s remnant. 5. First evidence that at least some objects classified as Type Ia supernovae may produce compact remnants, requiring revisions to some explosion models.
6. First recognition that archival Einstein Observatory data contained evidence of a compact central object that was not identified in the original analysis.
7. First demonstration that modern image-analysis techniques applied to historical X-ray observations revealed a previously unrecognized astrophysical object.
8. First observational evidence suggesting that black-hole interactions can substantially reshape the interior morphology of a supernova remnant over time.
9. First case prompting a re-evaluation of decades of observations of Tycho’s remnant because of a newly identified central source.
10. First discovery leading to targeted follow-up observations specifically designed to test whether Tycho contains an active or dormant black hole.
Scott C. Waring – UFO Sightings Daily
