jjh1988
Apr21-05, 12:06 PM
I've developed a theory to account for the random nature of quantem mechanics and string theory. As this was done on word the table is not in line and the pictures are not visible.
Why is the string theory governed by random probability?
Perhaps it’s not. For example here is a cube: (Shows a picture of a square)
Does it look like a cube? Well let’s rotate it: (Now there is a picture of a cube0
Now that it has been rotated we can all
See that it is in fact a cube.
If we presume that the fundamental law of probability is the 5th dimension we cannot move about (i.e. change the fundamental laws of probability) in this dimension as we do through time (the 4th dimension?) and the 1st 3 dimensions. Because we cannot change these laws then perhaps all we can see is the face of the cube. The cube is there and real, and we can assume that the string theory is there and real, but how can we have the string theory and quantum mechanics, which are based on probability, entirely orderly. When we assume the string theory is correct, it is correct for our dimension and it is simply the face of more complex rules that may possibly be entirely orderly but in our dimension is viewed as probability. When we rotate the square we find something far more complex just behind it, i.e. a cube. Therefore lets now see what would happen if we had different sets of rules for the 5th dimension. We of course can only view 1 of these sets of rules (i.e. the cube face) but if we could view them all would the string theory actually become orderly and yet still exist? In these following examples I am going to use a die. A die of course is entirely predictable if you know the angle it’s thrown and the velocity ect. So as it is representing an atom, or rather the outcome of the dice is representing what the atom does and is, lets assume that we cannot predict the outcome of the die just to make the analogy more realistic.
In our dimension if we throw a die we have 6 numbers, each which has a probability of 1/6. Now lets make up another rule to go along with this rule as in the 5th dimension the laws of probability may constantly fluctuate. Lets assume now then that numbers 2-6 all have a probability of 6/30 and 1 has a probability of 0. Now if we go through several rules we get the following table:
Number Rule 1 Rule 2 Rule 3 Rule 4 Rule 5 Rule 6
1 5/30 0 6/30 6/30 6/30 6/30
2 5/30 6/30 0 6/30 6/30 6/30
3 5/30 6/30 6/30 0 6/30 6/30
4 5/30 6/30 6/30 6/30 0 6/30
5 5/30 6/30 6/30 6/30 6/30 0
6 5/30 6/30 6/30 6/30 6/30 6/30
Lets finally say that the same number has to come up on every die before any action is taken.
Now fortunately we don’t have to go into the 5th dimension to do this all we would have to do is get a normal die and 5 others created to obey the laws in the above table. Now if you throw each die separately (like looking at the face of the cube) you can never predict what number is going to be on the uppermost face but if we take our made up rule and say that same number has to come up on every die before any action is taken then suddenly we can easily predict what the number is going to be. Now lets assume that in a complex place like the universe that these laws in the table continually shift and change; in what might seem to be a random way but actually has more laws behind how it changes. Every time the figures shift we would be able to predict which number is going to be next. If we take rules 2-6 as invisible to us we may now assume that the value the die gives us every time is random but in fact there are unseen rules governing it so that it is not random. Now let’s say that the disturbance in time and space may seem completely random, and in our dimension now matter how we look at it; because we can’t see the cube, only the square, it will seem random, then quantum mechanics, in our dimension, will work. But the theory of quantum mechanics would not work in other dimensions because when we see these it could all be orderly and not random. In other words the string theory, atoms, disturbances in time and space are all completely random in our dimension but not in other dimensions which is why and how the string theory and quantum mechanics works in our dimension.
Please e-mail me back or post a reply if you can add to this theory or point out any mistakes and impossibilities. Thankyou
Why is the string theory governed by random probability?
Perhaps it’s not. For example here is a cube: (Shows a picture of a square)
Does it look like a cube? Well let’s rotate it: (Now there is a picture of a cube0
Now that it has been rotated we can all
See that it is in fact a cube.
If we presume that the fundamental law of probability is the 5th dimension we cannot move about (i.e. change the fundamental laws of probability) in this dimension as we do through time (the 4th dimension?) and the 1st 3 dimensions. Because we cannot change these laws then perhaps all we can see is the face of the cube. The cube is there and real, and we can assume that the string theory is there and real, but how can we have the string theory and quantum mechanics, which are based on probability, entirely orderly. When we assume the string theory is correct, it is correct for our dimension and it is simply the face of more complex rules that may possibly be entirely orderly but in our dimension is viewed as probability. When we rotate the square we find something far more complex just behind it, i.e. a cube. Therefore lets now see what would happen if we had different sets of rules for the 5th dimension. We of course can only view 1 of these sets of rules (i.e. the cube face) but if we could view them all would the string theory actually become orderly and yet still exist? In these following examples I am going to use a die. A die of course is entirely predictable if you know the angle it’s thrown and the velocity ect. So as it is representing an atom, or rather the outcome of the dice is representing what the atom does and is, lets assume that we cannot predict the outcome of the die just to make the analogy more realistic.
In our dimension if we throw a die we have 6 numbers, each which has a probability of 1/6. Now lets make up another rule to go along with this rule as in the 5th dimension the laws of probability may constantly fluctuate. Lets assume now then that numbers 2-6 all have a probability of 6/30 and 1 has a probability of 0. Now if we go through several rules we get the following table:
Number Rule 1 Rule 2 Rule 3 Rule 4 Rule 5 Rule 6
1 5/30 0 6/30 6/30 6/30 6/30
2 5/30 6/30 0 6/30 6/30 6/30
3 5/30 6/30 6/30 0 6/30 6/30
4 5/30 6/30 6/30 6/30 0 6/30
5 5/30 6/30 6/30 6/30 6/30 0
6 5/30 6/30 6/30 6/30 6/30 6/30
Lets finally say that the same number has to come up on every die before any action is taken.
Now fortunately we don’t have to go into the 5th dimension to do this all we would have to do is get a normal die and 5 others created to obey the laws in the above table. Now if you throw each die separately (like looking at the face of the cube) you can never predict what number is going to be on the uppermost face but if we take our made up rule and say that same number has to come up on every die before any action is taken then suddenly we can easily predict what the number is going to be. Now lets assume that in a complex place like the universe that these laws in the table continually shift and change; in what might seem to be a random way but actually has more laws behind how it changes. Every time the figures shift we would be able to predict which number is going to be next. If we take rules 2-6 as invisible to us we may now assume that the value the die gives us every time is random but in fact there are unseen rules governing it so that it is not random. Now let’s say that the disturbance in time and space may seem completely random, and in our dimension now matter how we look at it; because we can’t see the cube, only the square, it will seem random, then quantum mechanics, in our dimension, will work. But the theory of quantum mechanics would not work in other dimensions because when we see these it could all be orderly and not random. In other words the string theory, atoms, disturbances in time and space are all completely random in our dimension but not in other dimensions which is why and how the string theory and quantum mechanics works in our dimension.
Please e-mail me back or post a reply if you can add to this theory or point out any mistakes and impossibilities. Thankyou