CHANGE COMING: A RED STAR & BLUE STAR VISIBLE TOGETHER 🤔

First, what is a Red Star and Blue Star?!... The primary difference is found in temperature.

Blue stars are considerably hotter than red stars, and a great part of their energy output is found in the ultraviolet (and higher) range - 300nm and shorter. Temperatures can range between 10,000–35,000+kelvin

Red stars, on the other hand, are at the opposite end of the temperture scale with temperatures ranging between 3500–3000+kelvin regardless the size of the star.

Meanwhile, a wandering star on its path through the Milky Way might come so close to our sun that it would interact with the rocky “Oort cloud” at the edge of the solar system, which is the source of our comets.

This might lead to an increased chance of a huge comet hurtling to Earth. Another roll of the dice.

The sun itself follows a path through the Milky Way that takes us through more or less dense patches of interstellar gas.

Currently we are within a less dense bubble created by a supernova.

The sun’s wind and solar magnetic field help create a bubble-like region surrounding our solar system – the heliosphere – which shields us from interacting with the interstellar medium.

When we leave this region in 20,000 to 50,000 years (depending on current observations and models), our heliosphere could be less effective, exposing Earth. We would possibly encounter increased climate change making life more challenging for humanity – if not impossible.

The Red & Blue Star appear together every 50,000 years... Why does this occur?! 🤔

If you are viewing them with the naked eye you can assume that the red star is at a giant or supergiant stage because no red dwarf is bright enough to be seen with the naked eye, not even Proxima Centauri which is the nearest star to the sun yet discovered.

You can also infer that the bluer star has a hotter surface temperature.

You cannot infer distance because though a redder star will be cooler, it also has a much greater diameter so may be as luminous as a hotter bluer star... So even though you may see both, it does not mean they are in close proximity. It only means both are visible 😉

You also cannot infer its mass, because a red giant or supergiant may be as massive as its bluer main sequence stage. You can tell if its a variable star because its brightness will change in relationship to the other star.

A typical example is Betelgeuse which normally varies from a little brighter than its neighbour Rigel to a little dimmer, only at present it has dimmed so much that it is barely the second brightest star in Orion.

Of course if you are an astronomer you can use many techniques to determine, distence, radius, mass, luminosity, spectral type, chemical composition, relative motion, whether its a single star, binary or mutiple star, what lifecycle stage it is etc...

All the above states is that a stars visibility is based on size, temperature and distance and under the right conditions it will appear as two stars next to each other when in fact they are not!

And the fact our galaxy is moving through our universe at the same time our planet is moving from one position in its solar system to another... Leaving the Age of Pisces and entering the Age of Aquarius ♒️


OF COURSE CHANGE IS GOING TO COME... IT’S HERE ✊🏾