Dwarf Stars And Others
We also face the potential of intersecting with one of the following and according to ancient "texts", this happens more often than you think.
- Orange Dwarf Stars

- Red Dwarf Stars

- White Dwarf Stars

- Brown Dwarf Stars

- Black Holes

- Small Asteroids

- Big Asteroids

- Massive Asteroids

- Rogue Planets

- Rogue Planetesimals

- Rogue Stars (Suns)

- Space Debris

- Gravitational Destruction

- How Many Rogue Planets Are There?

- Believe It Or Not

- The God Experience

Orange Dwarf Stars ↟↟
Did you know that there were Orange (オレンジ) dwarf stars?
Orange Dwarf Stars are also known as K-type main-sequence stars.
Orange Dwarf Stars have solar masses of between 0.6 and 0.9 times the mass of our Sun and are theoretically suspected to live for 10's of Billions of years compared to our suns hypothetical lifespan of approx 10 billion years. (±)
They are believed to be much more stable than Red Dwarfs and projected to be a better "second Earth" proposition than most other stars.
Red Dwarf Stars ↟↟
A Red Dwarf Star is the smallest kind of star (so far) in the star forming sequence.
Basically they are proto-stars which formed enough gas to ignite, but not enough to form something the size of our sun or bigger.
While most astrophysicists claim that suns like ours form independently, others are more open minded and claim that it is possible for 2 or more Red Dwarfs to merge and form a larger object.
It may be that they formed in an area where the gas was not dense enough or that they were ejected from the nursery before they were full formed by something much larger.
Could we live around a Red Dwarf Sun?
According to current (2025) science, living around a "Red Dwarf Sun"
would be potentially deadly - as this video explains.
How many Red Dwarf Suns are there?
According to some astrophysicists, Red Dwarf Suns are the most common "stars" in the galaxy.
According to wikipedia, there are a guess-timated "58 billion"
red dwarf stars in the Milky Way Galaxy. (plus or minus 10 - 20 or so Billion.)
White Dwarf Stars ↟↟
White Dwarf Stars are formed when a sun - like ours and UP TO several times larger - eventually dies and collapses.
It is thought that they stay as a white dwarf for (possibly) UP TO a trillion years and when they eventually lose all of their heat, they become black dwarfs.
It is "guestimated" that there are about 10 billion "White Dwarf"
stars in our Milky Way galaxy.
Trivia Du Jour
You may also find this excerpt on the "Kali Yuga"
page quite interesting if you are into prophecies.
Brown Dwarf Stars ↟↟
"Brown Dwarf Stars"
fall into a category in between stars and planets - kind of like Jupiter only much bigger and they are essentially "failed stars" with "solar" masses too low to sustain hydrogen fusion in their cores.
+ 
It is guestimated that there are between 25 billion and 100 billion brown dwarfs just in the Milky Way galaxy alone.
For some strange reason, not all of these "Gas Giants" convert into a star. Like "HD 100546 B". 
Some studies suggest that there might be many more Brown Dwarf Stars, because many Brown Dwarf Stars are too faint and too small to be detected by current telescopes.
Including Black, Brown, White, Orange (K-type) and Red (M-type) dwarf stars, you have the potential of between 90 BILLIOn - 160 BILLION ++ of these "accidents" waiting to happen if they interact with our solar system.
You may be thinking that "Space" is very big, but you only need just 1 of these "critters" to ruin your day.
Black Holes ↟↟
Black Holes are formed by stars - at least several times larger than our sun - after they burn up all of their "fuel" and die.
It is assumed that most of these massive collapsing stars will supernova and shed extreme amounts of material - including metals - into space.
This supernova "ejecta" is predicted to travel speeds of up to 10% the speed of light 18,600 miles per second (30,000+ km/s).
This supernova "ejecta" also forms space debris
which may collide with our planet.
How do you think that all of the Gold and other heavy metals got onto this planet in the first place?
The "Nancy Grace Roman Space Telescope" has been designed to look for black hole signatures like "Gravitational Lensing" and vanishing stars in sequence. Launch date is "2027"
and while this is a highly advanced space telescope, it is very doubtful that it will see or detect "Micro Black Holes". 
Small Asteroids ↟↟
The destruction caused by meteorites will depend upon their size and composition.
The bright flashes you see in the night sky - falling stars - are usually very small rocks (typically) but they may also be small pieces of metals.
It is said that only about 6% of meteorites are "Metal"
meteorites or a blend of rock and metal - but it only takes one Oumuamua sized chunk of rock or worse, metal to ruin that theory.
There are many stories on YouTube about small meteorites hitting houses and other buildings. 
Big Asteroids = Big Bolides↟↟
Again, the composition of the meteorite is important.
See more information about how many "Bolides"
impact our planet yearly.
Plus interstellar visitors like.
- "Oumuamua"

- "2i Borisov"

- "3I/ATLAS"

3I/ATLAS is "Up To" 12 miles (20 Kms) wide and traveling at ± 134,000 mph (214,400 Kph) and will only miss this planet by 150 million miles (unless it "bumps into something along the way).
3I/ATLAS is approximately 2 x the size of the asteroid that caused the "Chicxulub impact"
65 million years ago and look at the problems that impact caused.
In early October 2025, 3I/ATLAS will pass between Mars and Earth and when you consider the magnitude of Space, that equates to less than a hairs breadth from complete annihilation of our planet.
Every night you get to go to sleep in your nice clean bed is literally like winning the lottery.
BTW
Please do not assume that objects orbiting our sun are on static orbits.
There are several "forces" which may affect the speed and trajectory of asteroids or comets as they circle our sun.
Gravitational interactions is possibly the best known, but you also get collisions between other objects both big and small and these may be violent or passive interactions, you also have off gassing from comets and there is a new theory by Jennifer Bergner and Daryll Seligman called the "Dark Comets"
theory.
Example 3 - Bolides
Bolides are air bursts typically seen as "falling stars" or "shooting stars" and then there are Super Bolides like the Tunguska 1908 and Kamchatka 2018 events.
For those of you who were sailing around the Caribbean near Puerto Rico in June 2019 may also remember the sky becoming very bright for a few seconds.
Further reading about "Bolides"
here.
Massive Asteroids / Meteorites ↟↟
Perhaps the best know massive impact was the Chicxulub / dinosaur impact in the Gulf of America (Mexico).
Carefully watch your computer screen (monitor) when you click this "Chicxulub"
link, then wait for the impact. + 
There have been many massive impacts to this planet all of which would have terminated most of the life here. Some examples.
As of 2025, NASA currently keeps track of over 1.4 million known "rocky" "asteroids"
in our solar system and most are located in the "asteroid belt"
between Mars and Jupiter - but millions more are too small to be detected.
Trivia Du JourThe asteroid NASA is exploring the metal-rich asteroid "16 Psyche"
, often called the "golden asteroid" because of its high value (estimated at $100,000 quadrillion**) due to metals like gold, iron, and nickel.
** $100,000,000,000,000,000,000 which is enough to theoretically give 8 Billion people $12,500,000,000 ± each.
source Space.com
Not all of these NEOs are of any danger to us on this planet - however - there are approximately 38,000 NEOs (Near Earth Objects - (not the matrix)) which have the potential to cause anything from a sleepless night right up to an "ELE event". 
It should also be pointed out that not all large asteroids are solid rock, some are a jumble of dust and small rocks and if they are very large (ie: miles across), they may still pose a threat to populated areas on earth but not as bad as if they were solid objects.
Some are made up of metals like the one that impacted near "Flagstaff"
Arizona.
ELE is Extinction Level Event.
The USA and some other countries have dedicated "Asteroid Watchers" 
China also "claims" to be building an asteroid defense shield but considering that they still claim to be a developing country to get out of emission agreements (like Kyoto), and the fact that they are known globally for their "Tofu Dreg"
+
"(豆腐渣工程 - doufu zha gongcheng)" constructions, I would not put too much faith is their ability to do anything constructive. This is also because you can bribe a politician and the media but you cannot bribe an asteroid that is headed for earth.
Many of the buildings and bridges in China have been constructed using unwashed Sea Sand. This is not a very intelligent thing to do because of 2 things (1) salt content (2) rounded (polished) grains of sand - and then constructions simply fail. eg. "Bangkok 2025"
+ "dams"
+ "+"
+ "Bangkok 2025"
Thailand on March 29, 2025 + "Beijing bridge 2025". 
FYI: Regarding collapsed dams in China. If the Govt (local or federal) releases water - thus causing flooding further down-stream and often other dam collapses - and they do not forewarn residents below the dam - then the government does NOT need to pay compensation for any damage or loss of life. 
So if the CCP does not respect the lives of its own people, why would they care and alert us if they spotted an asteroid headed for a part of earth which is outside the country of China?
Zero credibility - you may be safer with an umbrella.
Some asteroids by size.
A few of these massive asteroids
Holocene Impacts
This "Hyper Velocity Impacts - Holocene" video is almost 2 hours, but worth watching because it is presented by "Randall Carlson". 
Rogue Planets ↟↟
"Rogue Planets"
+ "Rogue Planets"
are planet which is not associated with a sun - as in part of a solar system.
There are at least 4 known ways a Rogue Planet may form.
- protoplanetary disk accretion from around a newly forming sun which is gravitationally ejected due to an interaction with another much larger object. Just like how NASA uses gravitational slingshotting ("Gravity assist"
) to enhance the speed of satellites.
- accretion from within a Kuiper belt or even as Oort cloud (eg "Planet 9"
) - and then interacting with a larger object.
- an igniting causes gas and dust to coalesce and which is pushed away at a rate too fast to maintain the local gravity well.
- Expelled by the eruption of a massive dying star.
In most cases, it appears that the protoplanetary disk accretion from around a newly forming sun appears to be the most common - especially where there are multiple suns forming in close proximity to each other.
These form gaseous and rocky planets similar to our own Solar System.
Rogue Planets
There are at least several ways that planets become Rogue Planet and these are:
- They are pulled out of their orbits.
- They are born orphans (see 2 and 3 just above.
The chances of us interacting with - or hitting one of these Rogue Planets is very small at best - but not impossible.
It needs to get past the outer gas giants and then be on the correct angle of alignment to intersect our planet. Like I said, - not impossible.
How fast?
The orbital speed of our Solar System around the Milky Way galaxy is about ± 792,000 kilometers per hour, or approximately 490,000 miles per hour so at that speed, whether we intersect with a Rogue Planet or it intersects with us is a moot point.
Rogue Planets may also get pulled out of their orbits when they get too close to the central black hole (or any "other"
black hole) - and they are not consumed by the black hole - then they may potentially be flung out into space at speeds which would make your head spin.
S5-HVS1
For example: one "star" called "S5-HVS1"
was ejected from the supermassive black hole at the center of the Milky Way at 3.7 million mph (6 million km/h). Lots of speeding tickets in S5-HVS1's future to be sure.
While it is theoretically possible that any planets which S5-HVS1 had "may" have also been flung out into open space, it is more likely that they became lunch for the central black hole.
Black Holes
By The Way: There are a lot more "Black Holes"
floating around that you may realize.
Most moons are also planets.
And then you have planets and moons which have been captured like Jupiter's captured "moons"
.
Ceres
You also have a dwarf planet called "Ceres"
which is located in the asteroid belt between Mars and Jupiter and this may have formed within the asteroid belt or it may have been captured.
Kuiper / Oort formations
While it is more likely that planets may form in the Kuiper belt area of solar system, it is also theoretically possible that they may also form in the Oort regions as well depending on the associated density in both cases.
Igniting or dying suns
It may also be possible that an igniting or dying sun causes gas and dust to congregate in enough volume to sustain the formation of a planet way out on the peripheral of the event.
Star Nurseries
Star often form in nurseries and this means that they do not always form in isolation.
MultiPlanetary systems
are actually quite common - some even support up to 7 suns - and the problem with this is that their orbits are not always circular which may have the effect of hijacking one or more planets and with capturing them or displacing them completely.
Hijacking and capturing a planet appears to be quite common if we use our own solar system to go on.
Hijacking from where?
Hijacking / capturing may also be compounded when galaxies merge due to the sheer number of stars which are interjected into each merging galaxy.
Capturing of planets and space "objects" is best shown by those around "Jupiter". 
Rogue Planetesimals ↟↟
Rogue Planetesimals are simply smaller planets that have yet to merge with other "objects" and grow bigger.
These "Planetesimals" may also be gravitationally affected and cast out into open space.
It is very hard to tell how many there are because they are small and typically have no light. 
Rogue Suns (Stars) ↟↟
Rogue Stars (Suns) are generally referred to as "hypervelocity stars".
+
+
+
+ 
Rogue Stars (Suns) are formed in 3 main ways.
- Discharged from around the massive black hole at the center of our galaxy.
- Discharged from around a very large black hole somewhere in our galaxy.
- Discharged from around a much larger sun somewhere in our galaxy (like when a red, brown or white dwarf interacts with a solar mass many times the size of our sun).
Space Debris ↟↟
Space Debris includes dislodged Kuiper Belt or Oort Cloud rocks and also includes ejecta from supernova suns.
You can also add to this list "objects" which have been gravitationally dislodged - including collisions - and become orphaned out into interstellar space like our recent encounter (2017) with Oumuamua.
The three interstellar objects detected in our Solar System since 2017 are • 1I/ʻOumuamua (2017), • 2I/Borisov (2019), and • 3I/ATLAS (2025). Each of these objects has entered the Solar System from interstellar space and follows a hyperbolic orbit, meaning they are not gravitationally bound to our Sun.
Are these 3 part of something else much larger headed our way?
Imagine This Hypothetical
In 2017 a big space rock called "Oumuamua"
was detected and closely monitored.
Part of the reason for this curiosity was the fact that it was traveling "through" our solar system and was not a part of our solar system.
Oumuamua's length was guestimated to be between 100 m - 1,000 m long and it was supposedly composed of 1 piece of solid rock.
Imagine the impact this would have on the Earth when it was hit by something that big traveling at approx 6,696,000 miles (10,713,600 Km) per hour.
Flagstaff Arizona USA
Approx 50,000 years ago, the "Flagstaff"
crater (Arizona) was created by a nickel-iron meteorite about 160 ft (50 m) traveling at a guestimated speed of 29,000 mph - 45,000 mph.
Why 10% Light Speed?
Now imagine that "Oumuamua" was not composed of rock, but was composed of metal and traveling at 10% the speed of light and decided to visit Earth - without a travel or business visa.
Now imagine that this "Oumuamua" was metallic and impacted our planet traveling at 10% the speed of light?
10% the speed of light is 18,600 miles per second or 6,696,000 miles or approx (10,776,160 Kms) per hour. (148 - 230 times the speed of the "Flagstaff" Arizona impact)
Think of the headaches this would cause?
Gravitational Destruction ↟↟
Gravitational Destruction is a possibility IF a rogue planet or sun crosses our Solar path (comes close to our sun) and the "object" is more dense than our sun or the object is very large and has an influence on our planet - at the "wrong time".
** At the wrong time means that we are on the wrong side of our sun when the "object" approaches.
In the best case scenario, our planet would enter a slightly elliptical orbit.
In a bad case scenario, our planet would enter a much more elongated elliptical orbit thus bringing us closer to the sun for a few months of the year at the "Perigee" (periapsis) and much further away at the "Apogee" (apoapsis).
This would dramatically affect our Summers and Winters.
In a really bad case scenario, our planet would be pulled out of its current orbit and enter a severe elongated elliptical orbit and become dramatically attracted to the sun - which is fine if you like burnt toast and skin cancers.
In a worst case scenario, our planet would be pulled out of our current orbit and flung into space - IF we did not collide with one of the outer planets on the way we would literally become a "Rogue planet". 
This event would end the global warming scam for good.
+ (priceless)
In this case, our planet would literally freeze over and all surface life would be extinguished.
Any human survivors would have to live underground where thermal heat would sustain life and mushrooms for many 100's of millions of years (if we kept our moon).
How Many Rogue Planets Are There? ↟↟
NASA guesstimates that there "may" be trillions of these "rogue planets"
just in our galaxy.
Estimates suggest there could be possibly 20 times more rogue planets than the number of stars.
This extremely large number is an estimate based on scientific modeling from gravitational microlensing surveys, which are used to detect the faint, drifting planets.
Gravitational microlensing is where a planet's gravity briefly bends the light of a more distant star.
Simply put, if astronomers are watching a distant star and "something" crosses its path which is big enough to "be noticed" but the transition is a single pass (it does not repeat at regular intervals), then it may be "assumed" to be a rogue planet or sun or UFO.
Since we are lied to about "UFOs"
, then we have to remove these from the equation.
If you ever needed a reason to pray, then this would be at the top of most lists.
Believe It Or Not ↟↟
Whether you understand this or not, our universe is actually part of a living entity and all of the above may be averted IF we are good people and not falling down the left path just like what is happening globally in 2024.
The Vedic "Kali Yuga"
cycle is called the age of despair and "Hope"
- so it does not have to end badly if we change and become more spiritual people.
"The Left" will bring absolute destruction to this planet - it has happened before ("Sodom Prophecy"
) and the "Right" will fare no better UNLESS they unify and bring love and light into this world.
This is the meaning of the phrase "The righteous are taken with the wicked".
REMEMBER
The "Kali Yuga"
is a time of despair AND hope but you and I must help bring that "Hope"
.
We live in a world of action and only action gets things done. Just like when you are hungry, you go and eat something. Wishing for a table of food only works if you are Peter Pan.
"Wishing" for spiritual harmony is useless, we must all be proactively involved in making it happen.
"Meditation"
offers us an easy entry point to spiritually harmonize our planet. For those who are not religious, this is the "Golden Mantra".
I was taught when I was 18.
The God Experience ↟↟
Ever wondered why the "Messiah"
has not come yet?
It is because we have to "Bring The Messiah"
Most Christians will be familiar with the Revelation 3:20 verse, "Behold I stand at the door and knock", but you (we) are not told the interpretation of this verse - so it is kind of airy fairy.
The translation of this verse is alluded to through out the Talmud when it says that "The Knock" starts when someone does Tsuvah (genuinely repents) and then the Creator will touch their heart and this is "The Knock".
Repentance (Tsuvah) is called the "walk up" (like when someone approaches your home.
I have heard many such stories from people who have had "The God Experience" in their hearts.
Many of these "stories" have come from people I have met personally - especially while I was studying in Israel.
This can happen to you IF you are honest and true.
Further Information ↟↟
Please click here if you are interested in a good (but older) video on "Black Holes". 
Note that around the "4:15".
mark, a black hole starts eating a sun.
How Do These Galaxies Travel Faster Than "Light?" 
This is a bit melodramatic. "PBS NOVA" 
A 2024 Quantum Space Black Hole "Documentary" 
Our local super cluster is called Laniakea and this is a documentary about this with some beautiful space images. "The Mystery of Laniakea" 
There are so many things we still have to learn about Black Holes and Dwarf suns, and it is possible that even the things we think we know now may need to be corrected.
Things like how can a Galaxy like EGSY8P7 which contains a super massive black hole named "EGSY8P7"
+ "CEERS 1019"
- this galaxy purportedly formed around 500 million years after the big bang and the Black Hole is estimated to be 10 million times the size of our sun?
Remember ↟↟
Black Holes can travel + they can be anywhere and our galaxy is in constant motion.