🚀 go-pugleaf

In article <46ff32e0$0$32538$4c368faf@roadrunner.com>, Green Xenon [Radium] 
wrote:
> > And, as we've been trying to make clear, your goal is quite far beyond
> �> the theoretical limit. �You just can't get there. �You're trying to
> �> put all of Lake Erie in a water-glass.
> �>
> �> Let it go, Radium.
> 
> Within physical-possibility, what is the largest amount of�
> bits-per-symbol [assuming a baud-rate of only 1-bit-per-symbol] that can�
> be reached without the highest-voltage causing any clipping, generating�
> any temperatures above 70 Fahrenheit, resulting in any harm to�
> anyone/anything [including the equipment itself], or shortening the life�
> of the equipment and without the lowest-voltage being lost in the noise?�
> What is the maximum-possible amount of discrete levels between the�
> highest and lowest voltage in such a signal?
> 
> An 8-bit signal can have a maximum of 256 different voltage levels�
> between the highest and lowest voltage. Right? Go too high and the�
> signal clips, go too low and the signal will not be recognized.

I tell you what. Why don't you build one of these magic modulators, show us 
that it works, and then we'll believe you.

If it does, I might be encouraged to have a go at making that machine I 
invented at the age of about seven, even though my dad told me it wouldn't 
work. My plan was to use an electric motor to turn a dynamo, which would 
generate electricity, which would then be used to power the electric motor. 
After it had been patiently explained to me that the amount of electricity 
generated would not be enough to power the motor, my next idea was to 
interpose some gears or pulleys so that the motor would turn the generator 
a little faster, thereby generating more electricity. My understanding of 
the physical world had some way to go, but we all have to start somewhere.

Rod.