First, the preliminary examinations in October taught specialists that Bennu’s pattern contained wealthy carbon deposits—a vital aspect for all times.
Then, progressive analyses uncovered much more astonishing nuances of the asteroid pattern: the existence of magnesium-sodium phosphate, a compound able to dissolving in water, important to biochemistry.
This led researchers to the thrilling speculation that Bennu initially snapped off a primitive ocean world, one which not inhabits our photo voltaic system. In a single fascinating element, clay minerals primarily comprise the asteroid pattern, particularly serpentine.
This could render the house rock remarkably much like rocks encountered on Earth, particularly at midocean ridges deep beneath the seas and the place the mantle and water work together.