the system number 32 is a triple star system, contains a binary type L brown star with a white dwarf and a pulsating star that orbits that Binary, this system contains several planets going into deep space, which could explain all these Planets going into deep space? possibly the white dwarf star and pulsar before the supernova event were the biggest stars of the system, after they have expanded their layers and then go through the supernova event must have given rise to new planets, we have 34 planets going into deep space and 3 Planets connected to this System, the supernova could also have destroyed all the Planets that were in that system before Some of these stars explode in Supernova, the Gas Giant of that system that is still orbiting those 3 stars with an Elongated orbit may have survived death of the two stars, and the giant Gas Giant's ring may have been the remains of the Moons before being destroyed by supernovae or planetary collisions against their Moons from other planets after the Supernova events, the material that these two stars played in that System was very to Point to create new Planets, Brown Dwarf Type L has the matter of the old red giant of this System detectable in the atmosphere.

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the Brown Dwarf of Type L is being pulled into the white dwarf due to the gravitational force of the white dwarf, but that does not mean that the roche lobe is filled to the point where a matter is transferred from the brown dwarf to the Dwarf White when the white dwarf star was a red giant star its atmosphere could have arrived in the Brown Dwarf and possibly have swallowed Planets and after the red giant star ends the stage of the main sequence and turns a white dwarf the brown dwarf could have been pulled towards the nucleus, the red giant star engulfed the brown dwarf causing it to approach the white dwarf at a distance of 105 million kilometers, while the red giant star ended the stage Main sequence the brown dwarf gained matter, and then the red giant star lost the layers and became a white dwarf and soon after having lost its layers that by the calculations was 3 years ago the brown dwarf approached the white dwarf, the brown dwarf orbits the white dwarf in an orbit that lasts 94 days by the calculations and the brown dwarf surface has a temperature of 1800K, the planets that are connected in that System that are still orbiting these stars could have survived to the events that occurred in this system in the Past, some of the injected planets could have had their orbits disturbed when the stars died expanding their layers and with that they ended up going to Deep Space, there is still a nebula on the part of the Supernova caused by the old massive star that was the Pulsar currently, the Pulsar of this completes one rotation every 0.243 Seconds, the radiation ejected from these stars do not allow life to be born on these Planets, the Pulsar emitted gamma rays while spinning rapidly, gamma rays do not allow life.

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the Brown Dwarf Binarian and the White Dwarf is an interesting binary, we have been analyzing this system for 97 Days and we have seen that there are changes of atmosphere in the brown dwarf when it approaches the white dwarf in this elongated orbit, the white dwarf has a temperature 23 thousand degrees celsius, brown dwarf matter as it approaches the white dwarf appears to increase in temperature, as the brown dwarf approached the white dwarf we analyzed its surface and the region of the Star where it lies to the side of Dwarf White temperatures ranging from 1850K to 1900K this brown dwarf also loses its outermost atmospheres when it approaches the white dwarf, when the brown dwarf and the white dwarf are in a approach of 364 thousand kilometers, in this approach Orbital to Brown Dwarf loses its outermost atmospheres, these atmospheres were the result of the Enlightenment of the red giant on the Brown Dwarf, a small part of the brown dwarf's outer atmosphere is but some part of that lost atmosphere torn off by the white dwarf does not fall to the surface of it, it is thrown out of the brown dwarf, due to the distance of the white dwarf and the brown dwarf that is not enough distance for the white dwarf to suck this part lost from the outer atmosphere of the brown dwarf that part is still detectable by the telescopes and advanced senores it ends up being thrown out it is thrown out of the System, the force of gravity of the white dwarf is not strong enough to capture the lost matter, this cycle can repeat itself for 8 or 10 Years, the white dwarf does not have much influence on the surface of the brown dwarf but in the very and external atmosphere of the brown dwarf that ends up being thrown out because of the white dwarf, we can also predict a future scenario where the white dwarf will rip the matter out of the outermost atmosphere of the brown dwarf for about 15 years, and with that the brown dwarf loses 0.3% of its matery.

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as this white dwarf completes one rotation every 16 seconds it is quite possible that the brown dwarf loses matter in its outermost atmosphere because of the gravitational influence of the white dwarf if the force of gravity of the white dwarf gets stronger and stronger fill the roche lobe or end up hovering 14% of the brown dwarf matter.