When I say full, I mean full to the brim of nothing. Now if one takes it on his head (granted that neither the one nor the head exist yet but we have to start some where) to build what we observe as the present universe (our universe). As the universe is a cycle it is irrelevant where we start, as the cycle repeats itself continuously. The nothing is infinitely large and hence the number of universes are infinite (lowercase universe is what we presently call the universe).

If one blast a hole in the UNIVERSE the nothing will spread apart creating a white hole this hole is only temporary as the nothing will tend to want to refill the space just created as it will be under great tension. This is what we observe as our present universe. The UNIVERSE will try to squash this blast eventually containing it and then reversing it. This big collapse will bring nothing to approach each other so violently that it will create another big blast and the cycle will continue indefinitely.

Now the blast creates the hole that is something. Something is space and time and all we can observe. Think of something as a sprite a temporary bubble in nothing, that is what we are.

With this theory the total mass of the UNIVERSE is zero the total energy is also zero.

In the white hole though, we have mass gravity time, etc. Now the laws of physics now exist.

We can now observe the poles of magnet and electricity but not gravity. The present physics cannot explain the positive and negative poles of gravity. The reason for this is that we are in gravity and cannot go outside of it as we would with a magnet.

Think of gravity as the squashing tendency of nothing collapsing to fill the space just created. As the space gets smaller the gravity increases, to a critical level this will cause another explosion thereby creating space again (something). So this is a war or rather a symbiotic relationship between something and nothing.

Gravity

Gravity behaves in a similar way as magnetism and electrostatics. The present theory of gravity is that it is an attractive force between two masses that is directly proportional to the masses and inversely to the square of the distance between them. If this is so, then one would expect the planets to stabilize in a concentric spiral into the sun and all things would be perfectly spherical, however, this does not seem to be the case.

Gravity is actually a repulsive process in our white bubble. Nothing is trying to reclaim the bubble in the shortest time possible. Two masses are attracted together because of induction just like if you put two nails close to each other and bring a magnetic field in proximity, the two nails will become magnetic and be attracted to each other.

So the apple wants to fall off the tree so it can fall into the earth so it can fall into the sun so it can fall into the center of the galaxy so it can fall into the center of the bubble and become nothing in the shortest time, but it is too anxious so close to it's destination all hell breaks loose and it will be back on the apple tree again in a short while (some billions of our years from now).

Inertia Why do we have to use energy to change the velocity of a mass? If you move a nail through a magnetic field, it will induce a field to oppose the motion. This is the same principle with gravity, our bubble is bathing in a field (for want of a better word) of gravity, so if we try to change the velocity of an object, it induces a field that tries to oppose the motion. All masses are conductive to gravity just like nails are conductive to electricity. If you tie a string to a stone and swing it in a circular motion, it will induce a field that tries to keep it going straight, this is the force you will feel on your hand centrifugal force. I am using the term force and field as we are accustomed to these terms but later you will see that they are much different from the present action at a distance theory.

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Information Now we can get down to the real stuff. My analogy above was to lay the framework for understanding the relationship between something and nothing. Think of nothing as a blank slate with no writing on it, this is still information, it is saying that the slate is clean. The fabric of nothing is the goo, this goo is like a chameleon it can reconfigure itself to mimic anything (this mimicry is what we are, what we observe, and every thing that exists). This goo when written to stores information. There is an ancient Buddhist saying " you can't step into the same river twice".

I wish to expand on this saying, you can't throw the same ball into the air twice. What we call matter, energy and force are just information. Something does not really exist, all that exist is nothing (the slate, goo) and information (what's written to the slate, the configuration of the goo). When we throw a ball into the air, what we are really doing is erasing the information of the ball and rewriting it elsewhere, so nothing has to be continuously reconfigured to give the impression of a ball rising , so at every instant it is a different ball you are seeing and, indeed, a different you looking at the ball. This goes for any manifestation that we may experience. Everything is just a sprite, written in the book of nothing.

If one tries to force an object through nothing it takes time for nothing to reconfigure itself hence inertia. If the force is released the object will continue moving as nothing will be continuously reconfiguring, this being the easiest path, a straight line. If you don't tell nothing to change the object will continue forever, unless it exchanges info. with something.

So all objects are sprites of information. Two cars approaching an intersection are two chunks of information.

If one should violate the stop sign then we would have an exchange of information between the cars. They could just exchange surface info. If it's a low speed impact or deep internal exchange at high speeds. At high enough speeds they could tunnel through each other without any exchange of info. This occurs in sub atomic particles as we don't have the energy to do this with cars. When the cars exchange info. light sound heat are created. Now why doesn't the sound and light go on forever? In a perfect vacuum the light and sound would go forever. Well we all know sound needs air so skip that. Light only needs goo so it should go forever, not quite. But since light is so light (requires so little info) it will go very far and fast. Also remember as light travels it is exchanging info with whatever sprites are in it way too, even in outer space a few hydrogen atoms and such the like. We will probably never experience virgin goo. So in all our experiments there will be an exchange of info.

With this principle it is not impossible for a particle to move so fast that the goo reproduces multiple sprites, one in, and more than one out or totally different out. This will violate the conservation of matter (in the conventional sense) but as matter is only a sprite and the goo is everywhere this really violates nothing. This is how energy is turned into matter as it requires energy to reconfigure goo. Likewise if goo returns to a simpler state energy is given off. These energy's are nothing more than sprites also.

Proximity Of huge pieces of info. Sun and earth.......................

It takes a huge amount of goo to make the sun, this pulls goo from all around, so that the density of the goo will be thicker closer to the suns center and thinner as you go outward. As an object passes by it needs goo to replicate itself, it will have access to goo from all directions but the sunny side will have denser goo than the dark side therefore it will tend to be biased to the sunny side hence gravity, "as time goes by it will tend to spiral into the sun" But does it really spiral into the sun?.

This is the same as inertia if an object is moving it has access to goo on the leading edge easier than the trailing edge so whenever the force that originally caused the movement is stopped the object will tend to continue until it receives new information. So the density of goo is what causes induction. All that we call matter and energy are oscillations of the goo. It takes energy to stretch the goo and mold it in vibration but this was the energy that was given up by the object when it released it's previous goo. The object moves by passing its energy in so doing constantly disturbs the goo this creates a wave in the goo. As the object moves closer and is accelerated the velocity to mass ratio comes to a point of equilibrium Ihe object is at the appropriate energy level for orbit. This is a fixed energy level, not like an orbit which the satellite eventually spirals into its principal. This is what occurs at the sub atomic level with electrons nothing is in their path to exchange info with so their cloud remains in fixed energy levels. If a light beam should exchange info with an electron the electron gains frequency this being a new energy level. The electron has an asymmetric vibration (this is like if you mark a clockwise spiral on a sheet of paper and turn it to the light the other way round, you will see an anti clockwise spiral) This is that we call electric charge it is a one directional gravity. A magnet is just a lot of one way gravites (electrons) aligned in one direction if you move all of these one way gravities close to a conductive wire these one way gravity's (electrons) in the wire will align. If you move the magnet the electrons in the wire will fall in the wake of the magnet hence electricity. It you bring two magnets together with similar sides they repel because the oscillation of one is out of phase with the oscillation. of the other. Both of them trying to distort the same goo in opposite directions. These direction changes are just phase shift of the oscillation nothing is physically turning..

If opposite sides are brought together both distort the goo in same directions. Their frequencies reinforce each other, attraction, These electrons when moved will always align in the direction of movement, at fast speeds we may experience an occasional positron it is just the other side of the electron it will soon align then we say it turned into an electron. So electromagnetism is a concentrated gravity in one direction.

So then if we put a magnet on a scale with one pole down and weigh it, then we turn it so the opposite pole is down we should get a different weight ????. The difference in the gradient of the goo with respect to the size of the magnet is so small the attraction versus the repulsion is the same. More complicated particles have more complicated oscillations so that their gravity appears in all directions.

QA

What is the goo made of................ It is made of God. "God did not play dice "Einstein" :)

Why are there so many particles.... There are no particles only oscillations of goo.

What is energy............................... If you distort the goo you store energy when the goo returns to it's natural relaxed state it gives up that energy.

What is light................................. Light which is commonly known as an electromagnetic oscillation is really a gravitational oscillation it is the variation in density of goo over time.

What is action at a distance.......... I am not so sure of this happening.

Why are some particles created in an accelerator so short lived..................................................

These bombardment of particles are complicated frequencies of oscillations meeting and combining with other complicated frequencies. Study Fourier, oscillation add and subtract and heterodyne. So depending on the phase and complication any other oscillation can appear. If they don't match the resonance of the goo they will die i.e. they will fall into the simplest state that can resonate stable. This is why the best Quantum mechanics can do is figure the probability of something happening. One should not think in the fashion that breaking apart a particle reveals the more basic nature of it. No more than counting the frequency of Ass and Qss in a sentence bring an understanding at to what was written.

What is movement........................................

As an object moves it releases goo behind and grabs goo ahead as goo is frictionless the object will continue releasing and grabbing goo. If a force is applied from behind it will try to grab faster and faster acceleration.

Force........?

Week, strong, gravity, electromagnetic,

Force is when two oscillations are trying to share the same goo. Oscillations can aid or oppose each other this is how force is transmitted.

Proton.......?

Some stable bundle of oscillations tend to occur in nature. We also call some electrons , neutrons .........................and a host created in particle accelerators. For a particle to be stable it's oscillations should be in resonance the oscillations will repeat forever. If an oscillation should go wondering off into another part of goo we call it radiation, it could be another stable particle, or it will fade out. They don't disappear they change frequency to find stability. Remember these are just instantaneous stretches in goo.

Electron......?

An electron is not an isolated negative charge. It is a basic stable oscillation one side is attracted to gravity the other is repelled. If you have a group of tiny magnets and you bring a big magnet close to them, they will all spin around and go towards the big magnet. They would not spin around that opposing sides face and be shot off into oblivion. Likewise with electrons.

Why don't all oscillations go wondering off..?

See above.

So in effect a group of oscillations will turn to find accomplices in their area and stick together forming a stable particle. Those oscillations that can't find a place are evicted they too will find a family eventually. Remember they are stored in the contortions of the goo as the goo relaxes and goes the opposite way the the particle will propagate like a wave.

Oscillations.....

If you hit a drum a vibration will travel through the surface some will bounce back and continue while getting smaller and smaller . Eventually all will be lost in heat and sound, though it't still there somewhere. The goo has no friction so no losses, an oscillation will continue unless blocked by another oscillation.

Can two Oscillations anhilate each other ..

No they would create other oscillations just like two cars hitting each other. The goo is lossless so all oscillations will go forever unless intercepted by other oscillations.

Oscillation confinement...

Oscillations can confine each other to make a stable particle. This involve oscillations going arround in loops. A complex loop could be some particle.

The most simple stable oscillation is the building block of what we call matter. Light keeps going out it is not confined

The only constituents are oscillations of goo.

To be continued

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Properties of the goo.

Elasticity, malleability, maximum reconfiguration speed, potential gradient.

Consider an object M in goo moving at velocity V with respect to a reference object (the observer)

Planks constant 6.63 x 10^-34 joules-sec.

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Time

Time is a creation of the anxiety of mankind nevertheless we need it to make sense of our universe. This will take a lot of explaining......................................

To be continued the unification of all forces bringing together quantum and relativity with new and profound predictions

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