- #1
wonderer
- 35
- 0
What would the universe be like...
If ...There were nothing but points of energy fading in and out out of existence, in a random manner. Like a tv tuned to no station. All they do is increase and decrease in cycles over and over. To be simple the max could be 10 and min could be 1. At this point there would be two states , increase or decrease, (Direction). A (Rate) of change would be nice too. And of course a present (Value). A Vibration needs a (Center point).
Now they would need to react with each other to produce a result. A good example would be the temp of two objects,(A)(B). A is at 30 and decreasing by 2 per sec. If B is at 20 and decreasing by 5 per sec, then A's rate should increase and B's should decrease. If B was at 30 and increasing then both the Rates would decrease(increasing the cycles life time).
The offset of the C would probably cause a wobble maybe even have a part in North and South poles, and the way objects spin. And possibly cause compression and expansion somewhere down the line.
As I look into the night sky I see lots of bright burning(Hot) objects, I here about comets(Cold) and asteroids, just rocks. So using the above, objects containing cycles at 80 could be mostly in stars until the decay kicks in. cycles at 30 could be in comets and cycles at 50 could be in asteroids.
So using the V,R,D and sometimes C should work with most anything, right?
If ...There were nothing but points of energy fading in and out out of existence, in a random manner. Like a tv tuned to no station. All they do is increase and decrease in cycles over and over. To be simple the max could be 10 and min could be 1. At this point there would be two states , increase or decrease, (Direction). A (Rate) of change would be nice too. And of course a present (Value). A Vibration needs a (Center point).
Now they would need to react with each other to produce a result. A good example would be the temp of two objects,(A)(B). A is at 30 and decreasing by 2 per sec. If B is at 20 and decreasing by 5 per sec, then A's rate should increase and B's should decrease. If B was at 30 and increasing then both the Rates would decrease(increasing the cycles life time).
The offset of the C would probably cause a wobble maybe even have a part in North and South poles, and the way objects spin. And possibly cause compression and expansion somewhere down the line.
As I look into the night sky I see lots of bright burning(Hot) objects, I here about comets(Cold) and asteroids, just rocks. So using the above, objects containing cycles at 80 could be mostly in stars until the decay kicks in. cycles at 30 could be in comets and cycles at 50 could be in asteroids.
So using the V,R,D and sometimes C should work with most anything, right?