Decoding Einstein

A popular exercise.

It seems clear what was going on in his development.  He discovers the quantization of light in the atom, discovers the quantization of vacuum energy. Naturally setting the speed of light constant, he still wants to avoid quantization issues. So he sets space impedance to a constant, though he knows that space impedance and gravitation are related, both of then a function of the vacuum Null. Hence, gravitation* impedance becomes a constant, everything is still continuous and thus space time becomes the independent variable.

Einstein simply did not accept the quantization premise. Now we look at the vacuum and discover that it is the quantization ratios of matter that are constant.  Light, though a constant, is simply set to a sample rate that maximizes the Compton rule in a quantized environment.   Then things are not so continuous, and we have to have both space impedance and gravitation written with respect to the mass quantization ratios.

The impedance of space, the general term including both gravity and light impedance, is simply the signal to noise ratio and the structure of the vacuum; which Einstein did not like. 

So, the simple theory of counting things up:

• The structure of the vacuum
• The derived SNR of the vacuum 
• The theory of entropy written in terms of phase equalization
• Including both stochastic and integer entropy make the decimal point.

This is about a simple as it gets.