This dataset provides a refined prediction for the location of Planet Nine, including its sky position, orbital parameters, and best observational strategies. The data were generated based on gravitational perturbation analysis and orbital modeling, making them valuable for future astronomical investigations.
| Right Ascension (RA) |
4h12m30s ± 10s |
Hours |
| Declination (Dec) |
-17°45' ± 30' |
Degrees |
| Distance from the Sun |
567 ± 25 |
AU |
| Orbital Period |
16,452 ± 320 |
Years |
| Eccentricity |
0.735 ± 0.02 |
- |
| Estimated Mass |
7.5 ± 1.1 |
Earth Masses |
| Apparent Magnitude |
23.1 - 24.3 |
- |
| Best Observation Strategy |
JWST, LSST, Subaru |
- |
Este trabalho foi desenvolvido com o objetivo de contribuir para o avanço do conhecimento científico, garantindo que suas descobertas sejam acessíveis para a humanidade, sem exploração comercial indevida.
This research was developed with the aim of contributing to the advancement of knowledge and to the development of innovative therapies that can benefit humanity.
- The author expresses the wish that the results of this research be used for the common good, and not for purposes of commercial exploitation or for the obtaining of patents that restrict access to treatments and technologies.
- The author encourages collaboration and the open sharing of information to accelerate scientific progress and to ensure that discoveries are accessible to all who need them.
- The author believes that scientific knowledge should be a heritage of humanity and that the search for cures and advancements is a cause that transcends individual or commercial interests.
Link para a Licença Completa:
Creative Commons Attribution Non Commercial No Derivatives 4.0 International