The lab experiment details published at:
http://zeropointtheory.com/index.php...rical-evidence
is easy to set up and easy to graph the results.
Straight forward set up and inexpensive.
General comment:
By performing the experiment you can show graphically that smooth transition away from the source of attraction to another position is impossible. [A to B]
In demonstration you will find the iron weight will bounce continuously as it moves to Position B if one wishes to avoid what is referred to as escape velocity. [ beyond and along the way to the target destination - position B ]
It is the reason behind the "bounce" that is the issue.
When assessing the output graphs one can deduce that the iron object is accelerating and then de-accelerating as it moves at a "relatively steady" velocity towards position B.
One can also conclude knowing that the force of attraction is continuously reducing that the amount of deacceleration is always in excess of the acceleration.
Challenge:
If we apply infinite reduction to the dimensions of distance and time, what conclusions about the nature of zero can you make?
Hint: You will not find the answer in a text book and you will have to work it out for your self.
My solution is :
No matter where the centre of gravity [zero point] is, as the object moves to position B, it must be needing to both accelerate and de-accelerate simultaneously. Therefore I conclude that as everything is constantly moving [ no Absolute rest ], zero being the centre of gravity, must be paradoxed. Therefore proving logically that the paradoxical equation: 0 = +1 + (-)1 is valid
What is your solution?
http://zeropointtheory.com/index.php...rical-evidence
is easy to set up and easy to graph the results.
Straight forward set up and inexpensive.
General comment:
By performing the experiment you can show graphically that smooth transition away from the source of attraction to another position is impossible. [A to B]
In demonstration you will find the iron weight will bounce continuously as it moves to Position B if one wishes to avoid what is referred to as escape velocity. [ beyond and along the way to the target destination - position B ]
It is the reason behind the "bounce" that is the issue.
When assessing the output graphs one can deduce that the iron object is accelerating and then de-accelerating as it moves at a "relatively steady" velocity towards position B.
One can also conclude knowing that the force of attraction is continuously reducing that the amount of deacceleration is always in excess of the acceleration.
Challenge:
If we apply infinite reduction to the dimensions of distance and time, what conclusions about the nature of zero can you make?
Hint: You will not find the answer in a text book and you will have to work it out for your self.
My solution is :
No matter where the centre of gravity [zero point] is, as the object moves to position B, it must be needing to both accelerate and de-accelerate simultaneously. Therefore I conclude that as everything is constantly moving [ no Absolute rest ], zero being the centre of gravity, must be paradoxed. Therefore proving logically that the paradoxical equation: 0 = +1 + (-)1 is valid
What is your solution?