🤔 Is the 5th Dimension the Key to Understanding Dark Matter and Gravity? 🚀

 Hello friends, just imagine, you have reached a world where you can see the

backside of your palm as soon as you enter. Or imagine, there is a strange person standing

there. As soon as you touch him and as soon as he turns around to look at you, his body parts

start rotating inside and outside, just like a cube rotating in this 5D space-time.

See, it is very difficult to imagine and study the 5th dimension. And I know, you are not able to

imagine it so easily. But to understand it, let's start with the basic dimension, i.e. Basic

Geometry.

It is about 300 BCE when the greatest geometrician of the Greek time, Euclid, talked about 2D

and 3D shapes in his book, Euclid's Elements. And the concept that started from there was

going to be used in the world for the next 2000 years. But after using this concept for 2000

years, the world suddenly turned away from Euclid's theory of this dimension.

Well, why? Well, according to Euclid's geometry, the path that will be created after connecting

point A to point B in a straight line, will be the shortest path. And even if those two points are

on Earth, but when for the first time, man was going around the Earth with his ships, then he

saw that to go from one point to another, a straight line is not the shortest path. This means

that Euclid's explanation was only applicable to a plain surface.

We could not apply it for a curved surface. Like in this image, for a plain surface, a straight line

is the shortest path, but for a curved surface, a straight line is not the shortest path. Then a new

theory was invented to solve this problem and for a curved surface.

Geodesics, to study the shortest path on curved surfaces. After which he continued his

research. And finally, at the end of the 19th century, he presented a new concept to the world.

The 4th dimension. But friends, here comes a catch. According to scientists, whether it is 4th

dimensional space or 5th dimensional space-time, we can only see 3 dimensions of space.

Why? Well, because the 4D universe we are a part of, we can only see lower dimensions. For

example, if there is a 2D object, then this object can only see front, back and left, right. Now, if I

place a 3D object in front of this object, then this 2D object will only be able to see the shadow

of that 3D object.

It will not be able to see the whole object. But if I change the whole angle, I mean, if I look at

this whole scene from the perspective of a 3D object, then that 3D object will be able to see the

2D world as well as the 1D world. So does this mean that 3D beings like us will never be able to

imagine a 4D object? Well, that's not true.

You can definitely imagine. Well, let me teach you how. The concept is quite simple

You must be seeing a point on the screen. Now, this point is the 0th dimension. Now, if I copy

this point and paste it anywhere on the screen, and connect both, then what form will it be?

Correct.

A line. That is, our 1st dimension. Now, if I copy and paste the line and connect their points like

this, then a rectangle will be formed, which is 2D.

Now, if we take 2 rectangles and connect their corners, then we will get a cube, which is a 3D

figure. And now you tell me, how will you make a cube with 4D space? Exactly. In 4D space, if

we take 2 cubes and connect their vertices, then we will get such a diagram, which is also

known as Tesseract.

So, in this way, basically, you can imagine the 4th dimension. I know, still it's very tough to

imagine, but this is the closest representation that we can reach. Now, the question is, what is

the need to understand such a complex structure? Well, there is a need.

So, when the scientists were searching for dark matter, then they found the way to the 5th

dimension. And when they compared the 5th dimension, then they came to know that dark

matter is just made of a normal fermion particle, which jumped from our dimension to the 5th

dimension at the beginning of the universe. Yes.

Well, about 100 years ago, when the famous Big Bang theory was being discussed all over the

world, then every scientist had only one thing on his face, that all the four fundamental forces,

which are strong nuclear force, weak nuclear force, gravity and electromagnetism, they all used

to be one single force at the time of Big Bang. And if we see, it was also easy to imagine

electromagnetism, strong nuclear force and weak nuclear force together. But as soon as

someone tried to connect gravity with the other three, all the great scientists would fail.

As if there is no logical connection between gravity and the other three. Then Einstein enters to

solve this problem. To explain the whole game of our four-dimensional space-time fabric, when

Einstein gave his general theory of relativity, then he took the help of two European physicists,

Theodore Calusa and Oskar Klein, to move his theory further mathematically to the 5th

dimension.

And what he discovered then was quite fascinating. He found that this equation is connecting

gravitational force and electromagnetic force in the 5th dimension. Now how? Well, this joint

theory of Calusa-Klein says that when our ordinary particles collide with each other with a very

high intensity, then they give birth to such particles, which jump from our 4D universe and

reach the 5th dimension.

Now before I move ahead, let me check if your previous concept is clear or not. Will this particle

be visible to 3D beings like us or not? Obviously not. But because that particle has absorbed a

lot of energy and has gone to the 5th dimension, it generates mass and gravity from that

energy

And this is the reason why scientists have named it as Graviton. A particle that can influence

gravity but is not visible in our dimension. But, but, but, where has electromagnetism come in

all this? So well, Physicists Adrian Carmona, Javier Castellano Ruiz and Matthias Neubert, in their

recent research to prove exactly that, first reached to the particle of dark matter and then to

the portal of the 5th dimension.

Actually, a few years ago, Adrian Carmona and his colleagues got a question due to CalusaKlein theory. The question was that when we pick up a heavy object with the help of an

electromagnet, then indirectly we also prove that electromagnetic force is strong and it can

easily pull something up even in the presence of gravity. So what if most of the

electromagnetism or light of the universe is also sitting in the upper dimension and pulling the

gravitons up? Did you understand anything? Well, what they mean to say is that maybe this

graviton is actually sitting in the 5th dimension.

Gravity influencing dark matter which electromagnetism had pulled up in the higher

dimension. But wait a second, how will you prove this? Well, this question was bothering them

from the beginning, then a miracle happened. From their experiment, they came to know that

the particle they were considering as a graviton or simply a gravity particle, it turned out to be a

fermion particle representing an ordinary matter, which any of us can access.

Actually, Adrian and his team were trying to solve the riddle of graviton and dark matter when

they got tired and finally started the whole story from the beginning of the universe. They

thought that maybe this is the most sensible decision. And guess what? It was the most

sensible decision.

Because when they were trying to understand matter, antimatter, dark matter, bosons from

the beginning, then just like that, by chance, they merged mathematical equations

representing fermions and equations representing the 5th dimension. And guess what they

got? Well, they came to know that as soon as fermions, or ordinary matter, collide with each

other with a very high intensity, they reach the 5th dimension and start interacting more than

necessary with the Higgs field that gives us mass. As a result, their mass increases by

thousands of times.

That means, the gravity increases in the universe, but because it is in the 5th dimension, we

never see it. Now, did you remember anything after hearing these characteristics? Yes, dark

matter. According to the recent research, dark matter is actually just an ordinary matter which

is in the 5th dimension.

And if we can make a particle accelerator bigger than our current Large Hadron Collider, then

we can collide two ordinary fermions with a high intensity and use it as a 5th dimensional

portal. Sounds crazy, right? Now, on the one hand, there are some such interesting fictional

interpretations in science and mythology. And I am not saying this is reality, but thinking from

this perspective will also help.

According to Hindu Puranas, our reality exists in the three dimensions of heaven, earth and

hell. Which is then controlled by Brahma Ji, Brahma Bhagwan, beyond the 4th dimension of

time. And this is why the universe is also called Brahma in Sanskrit.

On which, then, from the 5th dimension, Vishnu Ji keeps an eye. And that is why, according to

the Puranas, Vishnu Bhagwan's job is to set rules for the matter and energy of different

dimensions of the universe. Now, I know, it's a bit too mythological for today, but you should

have a habit of thinking from every perspective