"Gravity"
By Jesse Babcock.
It is wrong for science to compare my theory of a push of gravity to science's pull of gravity because "Gravity" is just the name science has given to explain something they do not understand. There is no such thing as a force of gravity: it is all the effect of being bombarded by matter we can not see and all kinds of radiation. I suspect the micro-wave background noise is the biggest player in causing bodies to be pushed together. It pushes from all directions.
The only thing to compare is which fits best to what we can see, a pull or a push? If gravity were a pull: a star at the perimeter of a galaxy would be pulled towards the center by the entire galaxy, but as it heads towards the center. It will accelerate towards the center because there is more galaxy ahead of it than behind it. When it reaches the center it will be pulled as much from behind as it is being pulled ahead of it, but its momentum will carry it far beyond the center before it can be trapped by some other star.
Any time a binary star passes another star or planet: it will change the way it orbits its other binary star. This change will always be moving it farther away from its partner, unless a run-away star or planet passes in between the binary stars. I believe this is slowly happening in our own solar system. I suspect that Mercury was once a moon of Venus.
Here is my explanation for gravity being a push: Everything from space debris all the way down to, and including, dark matter, dark energy, and all types of radiation does the pushing. This includes solar winds, and plain old heat and light. Some of this can come from as far away as it is possible for any kind of particle, or radiation to travel. My theory says everything is made of energy, and because everything is energy: this means that everything gives off, or emits energy. This also includes the micro wave back-ground noise: It comes from all directions.
This means that everything out to the distance it is possible for radiation to travel is pushing against our galaxy, and our galaxy is pushing back.
Sometime between now and a thousand years from now: science will admit that when I tied suction to the origin of everything, including a Spiritual universe, I had the best reason in the world to believe it had to be right.
This is the reason I knew it had to be right: I had lived 38 years believing suction was really suction and unlimited. A while back I talked to an engineer that still believed this. The above all by itself would explain everything.
My entire web-site should be read every six months because I keep coming up with better ways of explaining and making it more understandable. At times on a daily basis.
Gravity is not a force: it is cause and effect. Anyone with a functional brain and an eighth grade education can see that gravity can not be a pull. All they have to do is imagine a long line of stars. The end stars will be pulled towards the center to some degree by all the other stars in this line. If you move to the second star, it will also be pulled by all rest of this line. It will be pulled back by one star. If you move to the center star, it will be pulled as much one way as the other. A pull of gravity will stretch stars. A push of gravity will compress stars. A gas giant near or at a galaxy's center will be spinning unbelievably fast. Like ice skaters that have pulled in their arms. A pull of gravity would cause a gas giant to slow its spin as it moved towards the center.
Science seems to believe that gravity is the weakest force in the universe. If this is true: then the microwave background noise can not be any weaker than the weakest force; so, if the weakest force can cause gravity, the microwave background noise has to be a legal candidate. The microwave background noise comes from all directions, and everything in the universe is in the shadow of other objects. These shaded areas causes objects to be pushed together because the objects absorbs microwave background noise, and this is what causes the shade. If you add solar wind, and dark energy and dark matter, and debris you really do have a case for a push of gravity.
Use your head; what could possibly be in a particle that could reach out through space and pull something toward it? This is part of the reason that math is so important to science. They give a particle a specific purpose, but I say there is more to see and understand than that.
Science thinks of particles as things in themselves. This gives them a basis for why math is so important to them, but understanding is much more complex than that. I believe that instead of just a particle: there is a complete understanding there. What they see as being something in itself: is really an entire picture of what is happening, if they could see it.
11-23-07: 10-29-08: I am still waiting for someone to show me how anything can be trapped or held at the gravitational center of a galaxy if gravity were a pull. Lets say you have a symmetrical ring of stars, or globe of stars, with one star perfectly balanced at the gravitational center. Just a tiny push in any direction, and this star will continue to move and accelerate towards this ring of stars.
The symmetry of a galaxy is forever changing; so, if gravity were to suddenly change to a pull: the center of all galaxies would soon become hollow. Only the radius (between the center and perimeter) can trap anything if gravity were a pull.
If we had the ability to actually see it, we would see that what we call gravity is nothing more than being bombarded by a lot of different kinds of matter that exists but we can not see it. My theory explains why there has to be an opposite of what we call physical, and the opposite of physical is Spiritual.
The reason I say there is very little that science is exactly right about: is because it seems to me that science believes that an electron is a thing in itself. My theory says that the only thing that is a thing in itself is: "empty space," and time. Science is bypassing an important study by thinking of an electron as being something that is a thing in itself.
Everything is made of energy, and because everything is energy this means that everything emits energy. This means that everything is pushing against everything thing else. This also means everything from as far away as it is possible for radiation to travel is pushing against our galaxy, and our galaxy is pushing against the universe. If gravity were a pull every star in our galaxy would be very much smaller if it were in outer space. Every star within a galaxy is being stretched more from the bodies within the galaxy if gravity is a pull. For example, if you could attach something to every star in a line from one perimeter through the center and to the opposite perimeter and anchor them, each star would be trying to pull itself together, but because all the stars are pulling on all the stars in this line, they are being pulled apart more than they pull themselves together. The star at the center would be pulled on the most. The star at the perimeter would be pulled on the least. If you could move a galaxy's center star to outer space it would be much smaller if gravity were a pull..
If gravity were a pull, everything in the central area would be pulled more or less evenly in all directions, depending where it is located relative to the gravitational center. This will create a never ending chain of freewheeling, planets, stars, and solar systems because every orbit causes outer planets to come closer to other outer planets, and every time this happens they will be drawn towards each other, and after a few times that this happens, one or both will lose their orbital attraction and become attracted to each other, or become a freewheeler. If these freewheelers are headed toward the center they will continue to accelerate towards the center because there are more stars ahead of them than are behind them, then they will be trapped in the radius. If they are headed at right angles to the center they will eventually be trapped within the radius because they are now orbiting the center. If they are headed towards the perimeter they will be trapped in the radius because of all the stars behind them. I can not think of any kind of a scenario that would trap or hold anything at the very center of a galaxy if gravity were a pull, and a black hole requires that gravity be a pull. Hence there are no black holes.
If one of these freewheelers is at the perimeter and headed into outer space the entire galaxy would soon stop it and pull it back into the galaxy if gravity were a pull, but nothing can ever be stopped at a galaxy's center if gravity were a pull, hence if gravity were a pull: all galaxies would be the shape of a doughnut. The ring of the doughnut would also become hollow.
5-01-07 On this date I read an astronomy news item that stated dark energy is pushing this universe apart. This is the first time since I have had this theory that I can remember astronomy ever saying anything about pushing, and if they admit that dark energy can push, then they have to admit there is nothing wrong with my concept that dark energy can help push a galaxy together. The push from a single galaxy is always less than the push coming from the entire visible universe.
8-08-07
I suspect that the greater amount of push is coming from the entire visible universe. A star is being compressed and pushed more than, itself, is pushing. This combination all by itself might be the source of a lot of the sun's heat, and help explain why all bodies have a hot core: I suspect there is some sort of a connection between spontaneous combustion and star's heat. A push of gravity will cause the center of all bodies to over-heat.
If gravity were a pull there would be many more galaxy clusters than the number of individual single galaxies that we are seeing because any open area would keep opening up more, unless the forward movement of the galaxies are closing it up. Momentum is what would make the difference. This should be easily understood.
It stands to reason that everything outside of this open area is closer to something else in its own neighborhood than anything on the far side of this wide open area. This means that everything bordering this open area will be pulled away from (not toward) this open area if gravity is a pull. In fact, every open area in a galaxy would have this same tendency if gravity were a pull.
A galaxy is trying to fly apart, but the entire visible universe is pushing it together.
Here is why a black hole can not anchor a galaxy. There would be many stars orbiting any black hole. They would orbit in all possible directions. They can not all orbit the same direction in a global form for the simple reason that when you get a quarter of the way around (moving from the equator to the poles they would be orbiting at right angles to each other when orbiting over the poles, and when they were half way around they would be orbiting in opposite directions. This would mean that you would have a steady barrage of colliding stars, plus all neighboring stars going in the same direction would continually be pulled toward each other and this would cause the creation of many binary stars, and when this happens one of each pair will soon be pulled into the black hole and the other will end up in the radius some where between the center and the perimeter.
I believe an observation science had proves that a push of gravity can be blocked more by a high density area, but a pull of gravity would increase. This explains the confusion science had with an observation they recently had and said no present theory of gravity could explain it. This theory explains it.
With gravity being a push, the greatest amount of push is coming from the entire visible universe. The perimeter of a galaxy absorbs and takes the brunt of this. Some of this goes through the entire galaxy and never makes contact with a star, world, or planet, but it is not necessary to make contact because its energy field will cause a drag on other energy fields. Everything within a galaxy is subjected to this, plus the fact that everything within a galaxy is also being pushed by all things within the galaxy itself.
The closer you are to the center, the greater the push becomes, and all this is compacting every thing more and more as you move towards the center of a galaxy. This is why they are seeing these fast spinning bodies in and around the galactic center. Also, the faster bodies orbit, the more chance of a collision with neighboring bodies. This is why astronomers are seeing most of the gamma-ray bursts in the central region of a galaxy. These gamma-ray bursts are coming from planets and stars colliding. If you have been keeping up with this page you will know that I predicted the above while science was still asking questions about it.
To understand gravity, all we have to do is mentally build a galaxy that is the simplest of the simple. This can be a single disk (meaning the shape of a disk) because what happens within a single disk will happen in an entire galaxy. Every system in a galaxy can be considered a single unit because centrifugal force and gravity helps to keep everything in balance, and what happens to the simplest will, in time, happen to the most complex. You can learn a lot from what I have said, and what I will be saying.
We can use systems all made up of same size systems, including all same size bodies within these systems, and each system being only two bodies orbiting each other. Five uniform systems can orbit one system, and five of this now larger size system can orbit this system. this should be more than enough to tell if gravity is a pull, or push, and what happens if gravity is a pull.
The above system already has a center system of two bodies orbiting each other. These two bodies are held together by their own gravity, but this system is orbiting inside five systems that are orbiting around this center system. This means that sometimes the center two bodies will line up with an outer next door neighboring system in a way that would have all four bodies of the two systems line up with each other and the gravitational force of the two center bodies will be pulled one way as much as the other, and while this is going on they will move in a somewhat straight line instead of orbiting. This will cause all aligned orbiting partners to move farther apart.
For example: Look at the following...x..........O..........O..........O...........O..........x Lets say the 0's are stars, and the two center stars are orbiting each other. While they are passing through the two outer stars the center stars will move in straight line and away from each other because at this point they are moving in opposite directions. Do you see the consequences that would happen if gravity were a pull?
The two center stars moving toward you will keep coming toward you and toward each other because they are now attracted more to each other than their partner.
This example shows you quickly how complicated systems work over time.
The fast spinning stars that astronomers are seeing, are the result of being compressed. The more they are compressed the faster they will spin: Like an ice skater pulling in their arms. Would you please pass this on to all your friends.
Come back often because I keep finding typo's and new ways to explain things. Read Items of interest and My Theory and now 8-02-07 my home page.
This should be called the theory of common sense.
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