Show Posts
1
New Theories / Re: What exactly is gravity?
« on: 29/11/2020 14:46:26 »
Well, there are wonderful and unbelievable things in this universe. There is no answer, as of now, from science. It is known fact that, Earth is spinning with almost exact speed and rotating against Sun at exact line and length. As there is no answer, we have simply named it as “inertia”.
It is a big question, why don’t planets remain at rest or stationary. When we talk about planets, it includes Sun also. We are taking space as empty or devoid and nothing can cause or affect the rotation of Earth. We are thinking from the other side of the coin.
As there is no obstruction, since space is empty, Earth is rotating and also going round the Sun. Earth orbits the Sun in a slightly flattened circle called an "ellipse." In geometry, the ellipse is a curve that loops around two points called "foci."
Ok, suppose let us take space as empty or devoid, what makes earth to follow a elliptical trajectory. This trajectory is also pre-defined. In an empty space there are no trajectories. If Earth is capable of taking its own decision, it need not go in a fixed line and length around the Sun. Since total space is empty, at times it can go up to the end of solar system, perigee and apogee differently.
Well, if we observe, how our solar system is working, it clearly tells us that all paths are pre-defined and planets have to follow it. For this, we are taking this space time as curved or distorted by Sun. Isn’t it something in-different.
Ok, here, there are several things, I don’t want to go deep.
Now we are discussing about “inertia” of objects:
Motion is when an object moves from one place to another, while force is what causes an object to move or to stop moving. Examples of force include the kick that causes a ball to move across the field and the gravity that slows and eventually stops that ball from moving.
Types of Inertia
• Inertia of rest - An object stays where it is placed, and it will stay there until you or something else moves it.
• Inertia of motion - An object will continue at the same speed until a force acts on it.
• Inertia of direction - An object will stay moving in the same direction unless a force acts on it.
Well, as per our scientific knowledge, we knew that Sun is rotating against its axis. Why don’t the Sun be at “inertia of rest”. It is in the second law of inertia, i.e., “inertia of motion”. Basic question is what makes it to continue to rotate at the same speed.
For all this, there is answer from black holes:
Black holes are not near to us, but it is a strangest and fascinating object to be studied. It is true that we are in a strong gravity field, but we are not aware of “what exactly is this gravity”. Actually I had treated study of black holes as a waste of time and i could not understand why Einstein had touched this black holes. But, it appears there is a reason.
Black holes formed by the collapse of individual stars are relatively small, but incredibly dense. One of these objects packs more than three times the mass of the sun into the diameter of a city. This leads to a crazy amount of gravitational force pulling on objects around the object. Stellar black holes then consume the dust and gas from their surrounding galaxies, which keeps them growing in size
Black hole is developed after collapse of massive star, in other words it is the final stages of a star. We are all studying about event horizon, gravity, time dilation, light escaping, since these are all strangest things, we study them with lot of interest and curiosity.
These things are one side of the coin only.
Stars are born when large gas clouds collapse under gravity. They form hot cores that gather more and more gas and dust until a protostar is formed. If only a small amount of gas is around, then only a small star will form; if a large amount of gas is present, then a massive star will form.
Suppose, let us assume that, similar to that of human life, a star has 100 years or 100 events in fourth dimension:
01 When a large gas clouds collapses under gravity, paves the way for formation of star. It is the first stage or year or event.
02 It start gathering more gas clouds and dust particles from surrounding and start growing and paves the way for second event.
03 At the second stage or 50 years the star is at the massive stage and there is no scope for further expansion.
04 After the second stage, there is no scope for expansion and the atoms of light elements are squeezed under enough pressure for their nuclei to undergo fusion decreases.
05 As the hydrogen fuel start exhausting at a particular place, it appears as dark area or sun spots.
06 Upto 1% to 5% of the mass of the star, dark area or sun spots are bearable.
07 As the size increases up to 10%, gravity tries to occupy this place. Gravity tries to move according to the decrease of hydrogen fuel, it may be either clockwise or anti clockwise.
08 However up to 10% it is bearable and there is no any scope for any unexpected changes.
09 If the dark area increases more than 10%, gravity moves to that area and drags mass of the star and it start rotating slowly.
10 If the dark area increase more than 20% rotation speed increases and start stabilizing.
11 If the dark area increases more than 40% of the area of star, gravity start moving towards the mass.
12 Here rotation will continue as long as the charge is towards the sides of the mass.
13 One’s the charge or gravity start moving towards the centre of the of the mass, “star turns out as a black hole”.
All the stars while growing, up to 50% of the age, are all will be at “inertia of rest”. As the hydrogen plasma start exhausting, a gap is developed, dark area. Strong gravity surrounding the star try to occupy this gap.
This, we can see in thought experiments also. When the cabin of the space ship is blocked in a strong gravity field, there is gravity. As long as the engine fires, there is no scope for internal space time to interact with the outside space time and there is in-distinguishability. One’s the space ship reaches destination, internal space time inter- acts with the outside space time and adjusts with the outside space time.
Finally the third point “inertia of direction”. We assume that since space is empty, as there is no obstruction, all the planets moves in specific direction is incorrect.
Unless there is certain amount of force or pressure, to move in a specific line, and keeping them in a particular trajectory, all planets will go differently.
Yours
Psreddy
It is a big question, why don’t planets remain at rest or stationary. When we talk about planets, it includes Sun also. We are taking space as empty or devoid and nothing can cause or affect the rotation of Earth. We are thinking from the other side of the coin.
As there is no obstruction, since space is empty, Earth is rotating and also going round the Sun. Earth orbits the Sun in a slightly flattened circle called an "ellipse." In geometry, the ellipse is a curve that loops around two points called "foci."
Ok, suppose let us take space as empty or devoid, what makes earth to follow a elliptical trajectory. This trajectory is also pre-defined. In an empty space there are no trajectories. If Earth is capable of taking its own decision, it need not go in a fixed line and length around the Sun. Since total space is empty, at times it can go up to the end of solar system, perigee and apogee differently.
Well, if we observe, how our solar system is working, it clearly tells us that all paths are pre-defined and planets have to follow it. For this, we are taking this space time as curved or distorted by Sun. Isn’t it something in-different.
Ok, here, there are several things, I don’t want to go deep.
Now we are discussing about “inertia” of objects:
Motion is when an object moves from one place to another, while force is what causes an object to move or to stop moving. Examples of force include the kick that causes a ball to move across the field and the gravity that slows and eventually stops that ball from moving.
Types of Inertia
• Inertia of rest - An object stays where it is placed, and it will stay there until you or something else moves it.
• Inertia of motion - An object will continue at the same speed until a force acts on it.
• Inertia of direction - An object will stay moving in the same direction unless a force acts on it.
Well, as per our scientific knowledge, we knew that Sun is rotating against its axis. Why don’t the Sun be at “inertia of rest”. It is in the second law of inertia, i.e., “inertia of motion”. Basic question is what makes it to continue to rotate at the same speed.
For all this, there is answer from black holes:
Black holes are not near to us, but it is a strangest and fascinating object to be studied. It is true that we are in a strong gravity field, but we are not aware of “what exactly is this gravity”. Actually I had treated study of black holes as a waste of time and i could not understand why Einstein had touched this black holes. But, it appears there is a reason.
Black holes formed by the collapse of individual stars are relatively small, but incredibly dense. One of these objects packs more than three times the mass of the sun into the diameter of a city. This leads to a crazy amount of gravitational force pulling on objects around the object. Stellar black holes then consume the dust and gas from their surrounding galaxies, which keeps them growing in size
Black hole is developed after collapse of massive star, in other words it is the final stages of a star. We are all studying about event horizon, gravity, time dilation, light escaping, since these are all strangest things, we study them with lot of interest and curiosity.
These things are one side of the coin only.
Stars are born when large gas clouds collapse under gravity. They form hot cores that gather more and more gas and dust until a protostar is formed. If only a small amount of gas is around, then only a small star will form; if a large amount of gas is present, then a massive star will form.
Suppose, let us assume that, similar to that of human life, a star has 100 years or 100 events in fourth dimension:
01 When a large gas clouds collapses under gravity, paves the way for formation of star. It is the first stage or year or event.
02 It start gathering more gas clouds and dust particles from surrounding and start growing and paves the way for second event.
03 At the second stage or 50 years the star is at the massive stage and there is no scope for further expansion.
04 After the second stage, there is no scope for expansion and the atoms of light elements are squeezed under enough pressure for their nuclei to undergo fusion decreases.
05 As the hydrogen fuel start exhausting at a particular place, it appears as dark area or sun spots.
06 Upto 1% to 5% of the mass of the star, dark area or sun spots are bearable.
07 As the size increases up to 10%, gravity tries to occupy this place. Gravity tries to move according to the decrease of hydrogen fuel, it may be either clockwise or anti clockwise.
08 However up to 10% it is bearable and there is no any scope for any unexpected changes.
09 If the dark area increases more than 10%, gravity moves to that area and drags mass of the star and it start rotating slowly.
10 If the dark area increase more than 20% rotation speed increases and start stabilizing.
11 If the dark area increases more than 40% of the area of star, gravity start moving towards the mass.
12 Here rotation will continue as long as the charge is towards the sides of the mass.
13 One’s the charge or gravity start moving towards the centre of the of the mass, “star turns out as a black hole”.
All the stars while growing, up to 50% of the age, are all will be at “inertia of rest”. As the hydrogen plasma start exhausting, a gap is developed, dark area. Strong gravity surrounding the star try to occupy this gap.
This, we can see in thought experiments also. When the cabin of the space ship is blocked in a strong gravity field, there is gravity. As long as the engine fires, there is no scope for internal space time to interact with the outside space time and there is in-distinguishability. One’s the space ship reaches destination, internal space time inter- acts with the outside space time and adjusts with the outside space time.
Finally the third point “inertia of direction”. We assume that since space is empty, as there is no obstruction, all the planets moves in specific direction is incorrect.
Unless there is certain amount of force or pressure, to move in a specific line, and keeping them in a particular trajectory, all planets will go differently.
Yours
Psreddy