It's really just basic physics. Visualize iron filings evenly sprinkled on a tabletop. Then visualize a strong magnet slowly sliding across the tabletop. The magnet attracts the iron filings in its pathway, leaving a clear swath in the midst of the field of iron filings.
In the late 1990s, Dr. John Murray of the Open University in Britain, and Dr. John Matese of the University of Louisiana, unknown to one another, discovered that there are "non-random" bare zones or sparse zones in the comet-filled Oort Cloud, a spherically shaped blizzard of comets, way beyond, and surrounding, our Solar System. Normally, this comet-filled Oort Cloud looks like a dense swarm of gnats flying around your head at sundown on a summer evening.
When Murray and Matese observed these "non-random" comet field patterns in the Oort Cloud, they logically and correctly concluded that some massive object is acting like that strong magnet on your tabletop, gravitationally clearing a pathway through the Oort Cloud's cometary blizzard, like a plow truck clears a snow filled highway.
This massive gravitational magnet, a NASA-discovered incoming dwarf star, holds captive thousands of comets, asteroids, meteors, boulders, rocks, and red iron-oxide dust in its intense gravitational grip. Therefore, we must face facts, and accept what NASA and its supervisory parent, the National Security Agency, have barred from media reportage for the past three decades, ever since The Washington Post heralded, on its front page, the discovery of this incoming dwarf star, which the past decade's records prove is the cause of all of these extremely severe meteorological and geological events. Currently, the denser inner region of this celestial flying beehive's surrounding swarm of space objects is approaching the environs of our inner Solar System, on its way toward its inexorable gravitational rendezvous with our Sun, in what newtonian physics principles indicate will be its looping trajectory around the Sun.
Why would a dwarf star be heading through our inner Solar System, toward the Sun? Simply explained, gravity works! You see, the mass of this incoming brown dwarf star is a thousand or more Earth-masses. Yet, the mass of our Sun is one-third of a million Earth-masses! So, our Sun is like that powerful magnet on the tabletop, with this incoming dwarf star being like a steel ball bearing rolling, by magnetic attraction, toward the magnet.
Meteor Crash, This Time In CUBA
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