"There are periods in the life of humanity, which generally coincide with the beginning of the fall of cultures and civilizations, when the masses irretrievably lose their reason and begin to destroy everything that has been created by centuries and millenniums of culture. Such periods of mass madness, often coinciding with geological cataclysms, climatic changes, and similar phenomena of a planetary character, release a very great quantity of the matter of knowledge. This, in its turn, necessitates the work of collecting this matter of knowledge which would otherwise be lost. Thus the work of collecting scattered matter of knowledge frequently coincides with the beginning of the destruction and fall of cultures and civilizations." - George Ivanovich Gurdjieff, quoted by P. D. Ouspensky, In Search of the Miraculous: Fragments of an Unknown Teaching (1949).

In the article, Knight-Jadczyk proposed that our sun indeed has a binary companion star (something known as the 'Nemesis theory', in which the sun may have a red dwarf or brown dwarf companion, orbiting at great distance from our sun), and that it may have made its closest approach to the sun in the 17th century during the Maunder Minimum - from 1645 to 1715 when practically no sunspots were observed on the sun. The companion star reaching perihelion perhaps generated a 'grounding effect' on all planets in the solar system, and may be the primary causal factor for 'the Little Ice Age' that took place then.
What is this 'Nemesis theory'? As outlined on space.com:
During the period in question, multiple comets were witnessed and described in the burgeoning field of astronomy, which saw the birth of the telescope during a century of upheaval marked by the Black Death, the Thirty Years War in Europe, the largest witch-hunt in French history, and the English Civil War.
- Nemesis is a theoretical dwarf star thought to be a companion to our sun.
- The theory was postulated to explain a perceived cycle of mass extinctions in Earth's history. Mass extinctions seem to occur more frequently every 27 million years. The long span of time caused them to turn to astronomical events for an explanation.
- Scientists speculated that such a star could affect the orbit of objects in the far outer solar system, sending them on a collision course with Earth.
- Theories have suggested that Nemesis could be a brown or white dwarf, or a low-mass star only a few times as massive as Jupiter. All would cast dim light, making them difficult to spot.
- If Nemesis traveled through the Oort cloud every 27 million years, some argue, it could kick extra comets out of the sphere and send them hurtling toward the inner solar system — and Earth. Impact rates would increase, and mass extinctions would be more common.
- In 2017, a new study suggested that nearly all stars like the sun were born with companions.
Since the Little Ice Age lasted from 1450 to 1850, this period was, presumably, the 'maximum' of the generalized influence, taking around 400 years to cross through the Oort cloud on its way in and out.
This 'cosmic mechanism', which started a few centuries ago, puts a potential magnetic pole shift in perspective. After all, if Earth's magnetic field is weakening prior to a pole shift, it means Earth's magnetic field is "opening up" for incoming energies of the cosmic type. And here, we have to keep in mind that a perihelion of sol's companion is not an isolated event without consequences.
There are several reasons science has not given up on a theoretical "dark star companion". Studies of binary stars and a close approach between them explain "trigger" mechanisms for cyclic cometary showers including extinction level cataclysmic cometary bombardment.
Despite evidence to the contrary, there seems to be keen interest in this "cosmic mechanism". For instance, the latest telescope in the Vera C. Rubin Observatory located in Chile, has two stated purposes. The first is planetary defense. Its images are expected to reveal about 90% of all potentially hazardous asteroids. Second, the observatory should identify as-yet-unseen interstellar comets, free-floating stars and rogue planets. This includes a hypothetical sol's companion which might be lurking at the outer reaches of our solar system. Experts say that soon enough, the giant telescope may have produced enough data to find the elusive body — or rule it out forever. Those words might prove to be only wishful thinking, though.












