The Webb Telescope Reveals 'Platypus' Galaxies: What Violates the Laws of Astronomy.

According to ТСН: Archived data from the James Webb telescope continues to amaze the scientific community. A team of astronomers from the University of Missouri has discovered galaxies with an unusual combination of traits. The study leader, Haoqing Yan, compared this discovery to a biological phenomenon — the platypus, which challenges established notions of classification.

The research results were presented at the 247th meeting of the American Astronomical Society in Phoenix, as reported by NASA.

Why 'Platypus'?

Scientists focused on nine objects that existed about 12–12.6 billion years ago. Their distinctiveness lies in their contradictory characteristics.

“On one hand, they are extremely tiny and compact, like a point source. But we do not see the characteristics of a quasar — an active supermassive black hole, which most distant point sources possess,” Yan explained.

Quasars typically have a broad spectrum indicating a high velocity of gas around the black hole. However, the objects found exhibit narrow and sharp spectral peaks, suggesting slow gas motion.

“I looked at these characteristics and thought: it’s like looking at a platypus. You think these things shouldn’t exist together, but here they are in front of you, and it’s undeniable,” the scientist added.

Lost Link in Evolution?

These objects are too distant to be stars in our galaxy and too dim to be quasars. Spectrally, they resemble previously discovered 'green pea' galaxies, but are significantly more compact.

Research graduate Bangzhen Sun noted that these objects could be galaxies in the star formation stage.

“The strange thing in this case is that the galaxies are so tiny and compact, even though Webb has the resolution to show us many details at such a distance,” Sun stated.

Scientists believe that data from the Webb telescope has given us a new view of the beginnings of galaxy formation. It was previously thought that large galaxies (like our Milky Way) form as a result of the merging of smaller ones.

“Can such small building block galaxies form quietly before the onset of chaotic mergers, as indicated by their point-like appearance?” Yan questions.

To find answers, astronomers need to locate more similar 'platypuses' and conduct spectral analysis at higher resolution.

It should be noted that scientists have discovered a massive black hole leaving a galaxy. This black hole, named RBH-1, has a mass of at least 10 million solar masses. It was first recorded in 2023 at a distance of 7.5 billion light-years.

These new discoveries hint at possible changes in our understanding of the early stages of galaxy evolution. Continued research will help scientists better understand how the first galaxies formed and what conditions facilitated this. We will keep track of further studies that may uncover even more mysteries of the Universe.