The findings of Caltech’s astronomers were based on modeling and computer simulations, not speculation. According to these calculations, the mass of Planet Nine will be about 10 times the mass of the Earth. It will orbit the Sun about 20 times farther than Neptune and will take 10,000 to 20,000 Earth years to complete one revolution.
At the same time, Rowan-Robinson shared his findings in RXV. Publish This is an open source archive for articles in physics, mathematics and computer science.
Robinson Relying on infrared data, the satellite observed 250,000 objects discovered by the satellite and divided three of them into possible Planet Nine. In the end, they decided to focus on just one thing, located in a “strange place” near the Milky Way galaxy. However, Robinson also speculates that the “thing” may be due to the “noise” of the filamentary cloud. Filamentary clouds glow due to the effect of infrared wavelength.
Caltech astronomer Mike Brown, who worked on the 2015 Planet Nine model, says Robinson’s findings could lead to a new discovery rather than a 2015 hypothesis.
Researchers believe that Planet Nine could be very difficult to detect. We may have to wait a few more years to prove it.