>>6184957
Currently, we are 8.6 light years, and moving further away, from Sirius. If there are ancient connections to this star specifically, and we are moving away, how much closer were we to this star in the past?
By now, you've probably familiarized yourself with the Saturn myth, pole configuration. Which means we may have once been orbiting Saturn. If Saturn was a red dwarf, like they suspected it to be, then perhaps it orbited Sirius in a similar fashion as Proxima Centari orbits the binary pair of Alpha Centari. Those are the nearest 3 stars, at a distance of a bit over 4.2 light years away. And we're moving closer to those 3 stars, btw…
However, we aren't moving as fast towards those stars as another red dwarf, named "Barnard's Star" (also know as "the runaway star") is moving toward us all. Right now, Barnard's Star is 6 light years away, but in 9,000 years we will be within 3.8 light years from this star. We're told that this is the closest we'll get to Barnard's star, but by this time Alpha/Proxima Centauri will be even closer to us.
Thankfully, we are not on a direct collision course. At least, based off the information I've found. However, there are a few things that do bother me. For starters, I'm not too sure how far out into space our solar system's electromagnetic influence reaches. If I base this off our hypothetical Oort cloud, it would be about 1.75 light years reach. Although, the field strength becomes much weaker the further out you get, it's not outrageous to think of that number as the radius of our solar system's magnetic reach. Then you would account for the reach of the other solar system to get an idea of how far before the two systems are interacting with one another.
1.75 + 1.75 = 3.5 light years for an approx. "safe" distance.
The other thing that worries me is (and I'm not 100% sure about this) that I think Barnard's star will be making a rather close approach to the Alpha Centauri system, as that whole cluster nears our star. Unfortunately, the models are based primarily off Newtonian physics, and do not factor in the Electromagnetic Space Force. It is possible that Barnard's star could interact with Proxima or the Alphas and deviate from our expected trajectories.
These are definitely things that we should start looking at as a civilization. We may just get a front row seat to watch something similar as what happened to our solar system during the time of "creation" we've heard so much about. Then again, if things get bumpy there, its effects may be powerful enough to reach us here. It could cause solar flares and other cosmic turbulence that leads to large earthquakes, volcanoes, extreme weather, etc.. For all I know, our solar system could already be interacting with Proxima and/or Alpha Centauri. This could be causing the disturbances in the Earth's magnetic field, which everyone just assumes is due to the theoretical "pole flip". Who knows? Honestly.., you might not want to know that answer, because it's pretty depressing at how clueless we are about a number of things when it comes to space, physics and things like this.
Point is. I don't think we have to worry Sirius any time soon. Although, due to the number of myths that reference this star as having something to do with our ancient origins, perhaps Saturn, while a red dwarf (along with Earth), orbited the double star, Sirius. And maybe a close encounter in the past led to Saturn wandering from that system and crashing into our current solar system. Just a thought. A lot of symbolism behind Sirius. It's a relatively close star system, but it does appear to be moving away rather than closer.
Pretty much any disaster prediction that references "cycles" I'm skeptical of. Unless it's talking about the solar cycles. Which although they are not yet sure what causes the solar cycles even, this probably has something to do with how the planet Jupiter interacts with our sun. Funny how these jerks made it a point to make up stories about how "millions of years from now…" our sun will eventually expand and possibly swallow the Earth, blah, blah, blah… They're pulling that one out of their ass. They don't know.
They make up one story that won't happen for millions of years, the same time they fear-porn people into thinking something else like a meteor or or hypothetical pole-shift could possibly wipe out the planet at any given time. All the while, conveniently forget to mention anything about the solar system's trajectory through space and the half-a-dozen stars that we are likely to have fairly close approaches to in the next 50,000 years. Then again, any time someone even mentions a close encounter with another solar system, they drift off into fantasies about exotic space-travel and finding alien life. Not sure if they are doing this just to mess with us, or if they are genuinely that ignorant. Either way, I'm not exactly trilled.