The planet is located in the molecular cloud of Taurus, which is also called the "star nursery".It
University of Hawaii professor and lead author of the study, Eric Gaydos, conducted observations from the Keck Observatory, located on the peak of Mount Mauna Kea.Over the course of three years, Tron and his team watched the position of the planet and its parent star change.This was necessary to ensure that 2M0437b was indeed a companion star.Adding to the observation was not only the slow speed of the planet's movement, but also the distance between it and the star, which is 100 times greater than the distance between the Earth and the Sun.

Eric Gaydos is confident that long-term studies will help to calculate the orbit and find out the exact ageand the mass of 2M0437b.But for this you will need better devices.
“Observations through space telescopes such as the Hubble or the James Webb Telescope will be able to detect gases in the planet's atmosphere and find out if it has a lunar disk,” he added.
Read more:
Remote Atomic Scientists: How to Transfer the Leader of the Nuclear Industry to Remote Work and Protect Corporate Data
Atomic clock experiment confirms gravitational redshift
Astronomers have figured out that the Earth and solar system are in a giant magnetic tunnel