I know everyone keeps talking about Einsteins' curved space , but it is compressed space not curved space, the curvature is apparent only in our distanced observational window not the particles "GR'd" perspective. So a q-number derivative would modify the Time by its' time-dilation ratio based on the compressed space itself, i.e The x,y,z length compression factors' effect on the observed time. Which impacts velocity and physical spin with red shift and temperature frequency with blue shift as the compression factor increases. This may shock you but my description of GR ... General Relativity / Time Dilation If a photon takes 10 seconds to cross a space. It will still take 10 seconds if the space is compressed. (i.e. Electrical resistance) There are three things that can compress space we have observed so far ... 1. Gravity 2. Velocity 3. Temperatures above 2000°C If you stick to "Compressed Space" and forget the "curved" interpretation you will finally understand General Relativity. The terms "Compressed Space" and "Time-Dilation" are synonymous and must be interchangeable in any expression you use conversationally or using algebra. The most obvious example of length compression is in your eyes' Distance Perspective compression of space. This alone implies the Observer be it a camera lens or a Human eyeball has a unique view of uncompressed space that is compressed by a factor of 2 for twice the distance to the object which is specific to the Observer and only the Observer. I know this hasn't been accepted into the Standard Model as yet, but I assure you it has to be true based on observational experiments of the last 72 years. +1ºC = +1C^3 (Temperature is a depth in the Big Bang hyper space AKA The Gravity weight space). It has to be an exactly linear relationship based on observations worthy of the Metric system itself. M.B.Eringa
I know everyone keeps talking about Einsteins' curved space , but it is compressed space not curved space, the curvature is apparent only in our distanced observational window not the particles "GR'd" perspective.
So a q-number derivative would modify the Time by its' time-dilation ratio based on the compressed space itself, i.e The x,y,z length compression factors' effect on the observed time.
Which impacts velocity and physical spin with red shift and temperature frequency with blue shift as the compression factor increases.
This may shock you but my description of GR ...
General Relativity / Time Dilation
If a photon takes 10 seconds to cross a space.
It will still take 10 seconds if the space is compressed.
(i.e. Electrical resistance)
There are three things that can compress space we have observed so far ...
1. Gravity
2. Velocity
3. Temperatures above 2000°C
If you stick to "Compressed Space" and forget the "curved" interpretation you will finally understand General Relativity. The terms "Compressed Space" and "Time-Dilation" are synonymous and must be interchangeable in any expression you use conversationally or using algebra.
The most obvious example of length compression is in your eyes' Distance Perspective compression of space. This alone implies the Observer be it a camera lens or a Human eyeball has a unique view of uncompressed space that is compressed by a factor of 2 for twice the distance to the object which is specific to the Observer and only the Observer.
I know this hasn't been accepted into the Standard Model as yet, but I assure you it has to be true based on observational experiments of the last 72 years.
+1ºC = +1C^3 (Temperature is a depth in the Big Bang hyper space AKA The Gravity weight space).
It has to be an exactly linear relationship based on observations worthy of the Metric system itself.
M.B.Eringa
I am not that suprised that temperature compresses space. At high tempertures the brownian motion speed of particles should be very high.
need infinite computer!!!!!
Charles' beard looking small