NASA's Kepler telescope presently found 2-planets that could support life

An international team of scientists using NASA's Kepler telescope presently announced a top haul of more than 100 latest exoplanets.

Among them is a 4 planet solar system some 181 light-years away, which scientists say has a good quality chance of supporting life.

K2–72 is an M dwarf star orbit by four planets, lying in the way of the Aquarius constellation.

Researchers suggest all four of these worlds might be rocky, and while they orbit their host star extremely closely, K2–72's relative coolness means 2 of them might be habitable.

While all of the planets around K2–72 are careful small as far as planets go, they're each between 20 to 50 percent bigger than Earth is by diameter.

All 4 stick very close to K2–72 – closer than Mercury is to our Sun – but since K2–72 is a red dwarf, it's comparatively small and dim, and its inhabitable zone doesn't reach out as far as our Sun's as a result.

Because of this, two of K2–72's planets fall inside the life-friendly boundary, with irradiation levels from their star similar to those found on Earth, and contribution conditions that would hold up the existence of liquid water on their surfaces.

The K2–72 discovery is presently one gem among a massive haul of latest exoplanets exposed by a team of researchers led by the University of Arizona's Lunar and Planetary Laboratory, who used Kepler to find 197 planet candidate, of which 104 are confirmed exoplanets – the main swathe of exoplanets found since Kepler's mind-boggling discovery of 1,284 alien worlds presently a couple of months back.

K2–72 is an M dwarf star orbited by 4-planets, lying in the direction of the Aquarius constellation.

Researchers suggest all four of these worlds might be rocky, and while they orbit their host star very closely, K2–72's relation coolness means 2-of them might be habitable.

While all of the planets around K2–72 are careful small as far as planets go, they're every between 20 to 50 percent larger than Earth is by diameter.

All four stick very close to K2–72 – closer than Mercury is to our Sun – but because K2–72 is a red dwarf, it's comparatively small and dim, and its inhabitable zone doesn't reach out as far as our Sun's as a result.

Since of this, two of K2–72's planets fall within the life-friendly boundary, with irradiation levels from their star comparable to those found on Earth, and offering conditions that would hold up the existence of liquid water on their surfaces.

The K2–72 discovery is presently one gem among a massive haul of new exoplanets exposed by a team of researchers led by the University of Arizona's Lunar and Planetary Laboratory, who used Kepler to find 197 planet candidate, of which 104 are established exoplanets – the major swathe of exoplanets found since Kepler's mind-boggling discovery of 1,284 alien worlds presently a couple of months back.