New Solar System Found in the Milky Way 6 Planets Perfectly in Sync Nasa Report

New Solar System: There is a lot in our galaxy i.e. Milkie-way, which scientists have not been able to find yet. Astronomers have detected a unique phenomenon in a nearest constellation. He has learned about 6 such planets who daze their stars in a rhythm. Report According to, all planets roam in such an accurate pattern that they can be tied in music. The name of the star is- HD110067, which is 100 light years away from the Earth, in the coma berenices. Transiting exoplanetary survey satellite (TESS) of the US space agency NASA revealed in the year 2020 that the brightness of this star continues to decrease. This indicates that all planets pass through their stars.

In addition to TESS, the search team of searching studied the data of the European Space Agency’s Cheops. After this, he came to know about this quality of 6 planets. According to the report, the multiplanet system can be common in our galaxy, but such systems are rarely seen in which all planets rotate in a precise pattern.

According to the report, among the 6 planets found, the nearest planet of the stars makes more dazzle than the rest of the planets. The rest of the planets also revolve around the star in such a way that the pattern remains in them. In the same time the two outer planets of the star complete their orbit, the nearest planet of the star completes its 6 revolutions.
Talking about other reports related to dilemma-way, this year it was revealed in a study that the rate of manufacturing of wires in milk-way is higher than the estimates earlier. That is, the more scientists have been thinking as much as they have been born every year.

How is a star born

The wires are born by the gases present within the clouds of dust. These clouds are scattered in most galaxies. The most well-known example of this is Orion Nebula. According to NASA, turbulance lumps are formed inside the clouds and gas and dust start to form wires. It begins with a protostar. It is a hot core of the collapseal cloud, which one day becomes a star.