Scientists Intrigued by Strange Behavior of Distant Planet

A team of astronomers noticed a presence outside on an external planet that revolves around the two parents in a very unusual way.

like New world The reports, The Planet, which was first discovered in 2004, is located in a system called Nu Octtis 72, a light year away, which is twice the size of Jupiter. After observing it, some physicists believed that just its presence was impossible because of its proximity to its twin stars.

But according to a new paper published in the magazine natureAn international team of researchers proposes a new wild theory to explain how the planet can exist with such a very narrow orbit.

They suggest that one of the stars and the planet revolves around the second star in two opposite directions. In other words, the planet is back, or the star rotates in the opposite direction.

“The presence of this planet was controversial, because there were no observatory precedents, and we expect that the planets will be formed in the orbit of Prograde if they formed at the same time with the stars,” said a co -author and professor of Hong Kong Man Hoy Lee. IFLSCIENCE.

To make things unusual, researchers suggest that the orbit of the planet be confined to the two stars, forcing it to link the needle during each orbit.

It is an irregular dance that highlights the amount of still there to identify the complex tropical mechanics of multi -domain systems.

“He calls on scientists to consider a wide range of stars and planet scenarios in relation to both training and development,” said the University of Texas at Arlington Manfred Cuntz, who has not participated in the research. New world.

One of the stars of the regime is a white dwarf, indicating that he approaches the end of his life cycle and made No Octantz more exotic. Scientists estimate that the system has been formed 2.9 billion years ago.

However, the planet came later. Researchers suggest that they are used to revolve in both stars, and changed to their extraordinary path after one of the stars turned into a white dwarf, or confiscated its large bloc of the mentioned white dwarf.

But more research is needed before they can develop a more accurate image of how the planet develops.

The team wrote in its paper: “Other planets’ observations in tight bilateral systems with late or post -sequence components will provide additional evidence for us to understand the formation of planetary and dynamic development systems better.”

Researchers are already enthusiastic for a closer overview of the similar binary stars system, such as HD 59686, which also hosts a massive gas giant with six times the mass of Jupiter.

More about the bilateral stars systems: Scientists suggest that Alpha Santori sends the flow of organisms in our solar system