Entire space, outside the most basic 3D matter-particles, is filled with an all-encompassing universal medium, structured by quanta of matter. Due to its structure, the universal medium is inherently under compression. A 3D matter particle, in the universal medium, experiences compression from the universal medium. This property of the universal medium is gravitation. Gravitational pressure is enormously strong. Gravitation is the only one 'natural force'. All other contemporary 'natural forces' are different manifestations of gravitation.

Depending on the surface curvature of 3D matter particles, gravitational pressure can be of push or pull nature. Gravitation is ineffective on flat surfaces.

The magnitude of gravitation corresponds to the extent of the universal medium that exerts the pressure. The extent of the universal medium between two 3D matter particles is always less than the extents of the universal medium on their outer sides. Hence higher gravitational actions on the outer sides tend to move the 3D matter particles towards each other. This tendency is understood as gravitational attraction or gravity. Gravitational attraction (gravity) is the resultant (relatively a minor by-product) of separate gravitational actions on two 3D matter particles by the universal medium.

The gravitational attraction between two objects is between basic 3D matter particles in each of the objects that are in phase with each other. When we take the average action, it may appear that the action is between the centers of mass of the bodies along a straight line. At any instant, only a minute number of 3D matter particles in both objects contribute towards gravitational attraction between the objects. This is why gravitational attraction between two bodies appears as a 'weak force'.

Nainan. https://www.matterdoc.info

For instance, if the gravitational force and gravity of the earth act in curvature, the objects on the planet can't be stable.

Gravitational actions are not between two objects but between each of the basic 3D matter particles in them, whose disc planes are in the same plane at any instant.

Nainan Varghese

How does the free fall of an object in the earth's atmosphere act? ... Does it act in curvature or fall towards the center of the earth?

The free fall of an object in the earth's atmosphere moves in a straight line towards the center of the earth. It will be applicable to any any planet in the universe. Therefore, the gravitational force between all objects in the universe acts in a straight line, not in a curvature.

In the papers [1] and [2], the gravitational interaction between two bodies is explained by “the theory of informatons”. It’s made clear that the gravitational force between two bodies necessarily must act in a straight line.

[1] Newton’s Law of Universal Gravitation Explained by the Theory of Informatons (http://scirp.org/journal/paperinformation?paperid=134184)

[2] The Gravitational Interaction between Moving Mass Particles Explained by the Theory of Informatons (http://scirp.org/journal/paperinformation?paperid=134472 )

Antoine J.H. Acke

Einstein's theory of gravitation may be wrong. Am I right?

Nothing in our universe is working mechanically (pull/push) as Newton or Einstein thought, This article published in UK science journal.

Article The Mythos of Gravity Or (Newtonian and Einsteinian Gravity is a Myth)

Chinnaraji Annamalai

Dear Sir,

The magnitude of gravitational attraction between two bodies is the average magnitude of gravitational attraction between each of the basic 3D matter particles (photons) in one body and each of the basic 3D matter particles (photons) in the other body (whose spinning material bodies align in the same plane, at any instant). Therefore, depending on the relative positions of the basic 3D matter particles (photons) in both bodies, there are numerous actions in different directions. For analytical purposes, the direction of gravitational attraction between two bodies may be approximated along the line joining their centers of mass.

Nainan. https://www.matterdoc.info

Chinnaraji Annamalai

Einstein's theory of gravitation is a possible theory about that interaction between bodies. The theory of informatons explains gravitation in a different way. The general theory of relativity starts from the idea that the gravitational phenomena are the effect of the curvature of spacetime and the theory of informatons assumes that the interaction between massive objects in space is possible through the mediation of “the gravitational field”.

Whether a theory is right or wrong can only be decided by checking whether its predictions correspond to the observed facts.

Dear Chinnaraji Annamalai ,

Here is a experiment in more forms:

https://www.researchgate.net/publication/381796210_Addendum_to_'A_Simple_Experiment_to_Support_an_EM_Gravity_Theory'

https://www.youtube.com/watch?v=p5dZ3VQXf6A

https://www.youtube.com/watch?v=C219qZU9dOU

If it has poditive result... What do you think about your question?

Regards,

Laszlo

László Attila Horváth

Could you please briefly write your details about the topic for discussion here?

Dear Chinnaraji Annamalai ,

The gravitational effect, For example the free fall is not caused by gravitational force...

During free fall, no force effects can be detected. This approach is also supported by the asteroids of the Inner Asteroid Belt. These asteroids look like rocks which were formed onto a preexisting rocky planet surface condition!

If that experiment gives a positive result, then that also confirms what I have said.

If it has positive result... what do you think about your question?

Regards,

Laszlo

László Attila Horváth

You said: "The gravitational effect, For example the free fall is not caused by gravitational force..."

My simple questions are two:

1. Let us consider the free fall of an object in the earth's center. Then, in which direction does the free fall of the object move from the earth's center?

2. Let us consider the free fall of an object in the void/empty space of our universe. Then, how does the free fall of the object move in the void?

Dear Chinnaraji Annamalai ,

'"The gravitational effect, For example the free fall is not caused by gravitational force..."- I do not have better words for 'gravitational effect'!

Why doesn't the Earth fall into the Sun? Please answer to it?

Here is the following paper, which easily refutes your approach from a geological point of view:

Research AZ ELMÉLETI TUDOMÁNY KÉNYES JELENSÉGE

[Pg, 5 (seccond part)- pg. 7 (first part); In Hungarian, but there are certainly good translation programs that you can use to translate.]

Seccond point of you: onto base of Galilei principle the the object

'(...)Ez az utóbbi kijelentés azonos Galilei egyenértékűségi elvével, ami szerint a gravitációsmezőben minden szabadon zuhanó közönséges anyagú objektum, hasonló körülményekközött ugyanúgy gyorsul. Ez a mozgás függetlenül a testek tömegétől, sűrűségétől,összetételétől, színétől, alakjától és minden egyéb közönséges anyagi tárgyi tulajdonságától. ' (4) (PDF) Fizikailag-metafizikailag bizonyítható a graviton létezése. Available from: https://www.researchgate.net/publication/373862283_Fizikailag-metafizikailag_bizonyithato_a_graviton_letezese [accessed Jul 17 2024].

[Its translation from Hungarian to English with Google seems good:

'(...)This last statement is identical to Galileo's principle of equivalence, according to which'In the gravitational field, all freely falling objects of ordinary material accelerate in the same way under similar conditions. This movement is independent of the mass, density, composition, color, shape and all other ordinary material properties of the bodies.]

But this statement refers not the Universe. Its refers to the Earth and the Earth's space entity!

The experiment I dreamed up should be carried out!

Answer my question too:

Is my assumption about the outcome of the imaginary experiment correct or not?

From your approach: You have to say no, My idea is wrong, Einstein's idea is wrong too!

John-Erik Persson wrote the next at his question:

(https://www.researchgate.net/post/Is_gravity_an_EMERGENT_phenomenon)

'Different theories can have the same predictions. So mainstream does the error of stop searching when they have found a working theory. So, even if you have a good theory there always my be a better theory.'

Regards,

Laszlo

Hi Chinnaraji Annamalai,

The gravitational field moves through matter in all directions around the body of the matter and curves around it. However, gravitational force moves toward the center (assuming a spherical shape). Yes, you can consider a straight line between two bodies. If you are interested, I can share more information with you, or you can read my paper, "A New Perspective on Time and Gravity." Please read and think carefully.

Best regards,

Ittipat Roopkom

Answers to my questions posted in the above comment box are given below:

1. Let us consider the free fall of an object in the earth's center. Then, in which direction does the free fall of the object move from the earth's center?

Ans: Free fall does not occur in the earth's center.

2. Let us consider the free fall of an object in the void/empty space of our universe. Then, how does the free fall of the object move in the void?

Ans: Free fall does not occur in the void.

There no straight line in Space.

Syed Abbas Jafar

For instance, the motion of an object, which has its initial and final positions, is in a straight line. I hope you'll understand this.

Dear Chinnaraji Annamalai ,

You're talking away next to me!

Your answer:

' Free fall does not occur in the earth's center.'

You're right!

The center of the earth does not cause gravity on the surface of the earth!

'2. Let us consider the free fall of an object in the void/empty space of our universe. Then, how does the free fall of the object move in the void?'

Ans: Free fall does not occur in the void.

Absolute empty space (woid) does not exist in the Universe!

And why do you keep talking about what no one can verify?

Why don't we talk about the result of the imaginary experiment, which we could directly verify?

Why don't you answer to this easy question if you know what is happening everywhere in the Universe?

So far, only my co-author has answered this question:

Article Gravity a paradym shift in reasoning

Let the following be another question:

Is there a gravitational force between two ordinary objects?

Proof with macroscopically solid objects that are at normal temperature.

What causes tides on Earth?

I hope you elaborate on what you're saying... You're not making any assumptions without backing them up.

Regards,

Laszlo

P.S:

Unfortunately, I was careless with your first question!

It is true, however, that there is free-fall in relation to the Sun

László Attila Horváth

On the surface of the earth, everybody including you bears the gravitational force. In the universe, all objects obey the gravitational force.

Gravitational forces do not exist at all between the two bodies. Instead two anti-parallel forces emerge inside the two bodies due to effects from the ether.

Attraction or pulling is an illusion. Instead, we have pushing gravity.

Dear Chinnaraji Annamalai

The asteroids of Inner Asteroid Belt clear refute your statement!

The next esperiment same refutes you:

https://www.youtube.com/watch?v=uPudm6Rbn7Q

(minute: 7-10.4 )

Let's see again now my experiment made mentally:

Research Proposal Addendum to 'A Simple Experiment to Support an EM Gravity Theory'

I think the answer is simple, if we get a positive result in the case of making it! and for better undersatnding see the attched file...

If my assumption is true, this would also prove what we ( John-Erik Persson , Einstein and I) said:

'Gravitational forces do not exist at all between the two bodies.!'

And it would be nice if you didn't avoid answering!

Regards,

Laszlo

Let us understand the function of the solar system under gravitational force. First, you, rotate a stone tied to a rope in a circle. Here, you and the stone are two objects and the gravitational force (attractive force) acts along the rope. This is an example of the solar system.

From the top of a building, freely leave a stone (free fall of an object). then, the stone does not move upwards opposite to the earth's surface. instead, the stone moves downward because of gravitational force. This activity will help you to understand the gravitational force.

Dear Chinnaraji Annamalai ,

First Answer to my questions and respond to what I asked,

Answer my earlier questions... It seems that you are even more superficial than I am.

Lets start with the next question:

What causes tides?

Regards,

Laszlo

Dear Chinnaraji Annamalai ,

'From the top of a building, freely leave a stone (free fall of an object). then, the stone does not move upwards opposite to the earth's surface. instead, the stone moves downward because of gravitational force. This activity will help you to understand the gravitational force.'

Do the same with a 1kg stone on the surface of the IDA.

Or what happens on the surface of a spaceship in space?

Regards,

Laszlo

Do you know that how does NASA calculate/predict the gravity of planets such as Mercury, Venus, Mars, Jupiter, Saturn, Uranus, Neptune, etc.?

Dear Chinnaraji Annamalai ,

This is not an answer to my questions!

For example, it seems you don't know what causes the effects of the Earth's tides!

But it's not a shame, because the average person doesn't know.

Regards,

Laszlo

Rising and ebbing tides happen as Earth’s landmasses rotate through the tidal bulges created by the Moon’s gravitational pull. Our observer sees the tides rise when passing through the bulges, and fall when passing through the low points.

https://science.nasa.gov/moon/tides/

Dear Chinnaraji Annamalai ,

And how does NASA support all this, when the effect of gravity is barely felt on the surface of the Moon?. Newton's formula can be used, with which we cannot support this NASA narrative! (I am able to provide practical support for this statement.)

This is like saying that the fur on the backs of African elephants starts moving when South American fleas fart.

Occam's razor starts to shine the more we focus on this topic!

Regards,

Laszlo