Astronomers follow a running star and her planet traveling in hypersiev

A small star and its orbiting planet fly through the Milky Way at a record rate, according to the analysis of the NASA team for the site.

The system is thought to travel at least 1.2 million miles per hour (1.93 million kilometers per hour), according to NASA releaseWhich would make the exoplanet the first orbit of such a fast -moving star. The team analysis was published in The astronomical journalS

The sites were first noticed in 2011 after a review of astronomers for archival data from micro -lens observation in astrophysics (MOA). The team that made this discovery believed that the objects were one of two things: either a star greater than our sun and planet, about 29 times larger than the earth, or a planet about four times the bigger than the size of Jupiter With the moon, a smaller than our planet. Either way, the larger object is about 2300 times larger than your partner.

The team calculated the system transverse speedor the amount that moved through the sky to determine its speed. Data from the CEC Observatory and the ESA GAIA satellite indicate that the site is a star, but the team intends to revise the object for one year to see if it has moved in the right direction and with the right amount to compare it with a signal For 2011

“If high resolution observations show that the star just stays in the same position, then we can say for sure that it is not part of the system that caused the signal,” says study co -author of the NASA explorer, NASA researcher In Nasa Godard and the University of Maryland, College Park, in the same edition. “This would mean that the Top Planet and the Exomoon model are preferred.”

Based on the superior speed of the system, it can be a star system Hypervelocity. Such a system may have reached its exceptional speed through interactions with the gravitational fields of other stars or objects such as black holes that have extremely strong gravitational fields.

Exoplanets are worlds that exist outside our solar system. They are available in many shapes and sizes; Some are the so-called super-terms-large rocky worlds like our own planet. Others are super-nets-boiled worlds such as Neptune, but larger or hot Jupers-exclusives with a similar size of Jupiter, but touring orbit of its host star much closer than Jupiter makes them much more, which makes them much more Warm.

A few years ago webb telescope discovered The familiar atmosphere of exoplanet in more details than ever. Last September, astronomers identified One of the most massive exoplanets ever found. The next month five years data from the very large telescope of the European South Observatory have confirmed that The closest star to the sun There is an exoplanet traveling past it through space.

Only last month, First documented Supersonic winds have been found that torn through the WASP-127B, a world slightly larger than Jupiter, discovered in 2016. Some of the Most exotic exoplanets It can be studied in a NASA catalog published in May 2024.

The Roman Space Telescope to start by May 2027 must reveal more of these mysterious worlds – as well as a wealth of new discoveries through space.

“In this case, we used MOA for its wide visual field and then followed with KEC and Gaia for their more random resolution, but thanks to the powerful novel strategy and the planned study strategy, we would not need to rely on additional telescopes,” Terry Terry said in the same releaseS “Roman will do everything.”

Until then, we can enjoy the ridiculous speed of this star and her planet – and wait for their identity to be confirmed, maybe immediately after next year.