atmashpere
Now the problem here of course if
that you have a circuit that can do the process, but no means of measurement,
as nothing exists that can deal with numbers that small.
With all due respect - it is not my
problem.
Tubes have higher MEASURED distortion - yes?
Since there is plenty of distortion to play with in tube amps and it has no
problem showing up on man-made test equipment, did your measurements from tube
amps help you make a better amp?
atmashpere -
I make this point fairly often in
that one of the areas that we know very little about is how the human ear/brain
system works. And because we don't know much about how it works, we don't
really design equipment that takes advantage of those rules
I have been blessed with an
understanding of the ear-brain system. (EBS)
At least to the point where I can design to it. That is what I have done.
If you have read my white paper you can see that I have no problem thinking
outside the box. I have spent many years concentrating on one concept. I was
determined to understand what happens to music signals when passed through an
amplifier. Obviously they "act" differently in tube circuits vs SS
circuits. I literally did behavior analysis on the fragile signal to see how it
reacts to being manipulated by different circuits.
I wanted to somehow feed the musical information from the venue directly into the
EBS. To do that you have to learn what the EBS "likes" to hear.
I'm not referring to your favorite music - I'm talking about what your EBS
feels “comfortable” with receiving as a perfect data connection.
We know what happens when the EBS
feels “uncomfortable” – that is when stress enters the picture. Listening fatigue, etc. To prevent this from
happening we must not feed the EBS with a mismatched or poor connection. It
will reject the data as invalid. We can keep listening to it but it will not be
accepted as a valid live sound.
Live sound has a path to the EBS
unlike that of electronically delivered sound. It is apples and oranges. Live
sound flows perfectly through air into the EBS which easily uploads the data to
a higher level of analysis by the brain. It passes the test of validity because
the brain recognizes the delivery method – the medium of air. It freely passes the
data to an area of the brain that reconstructs a mental image of what it hears.
It reaches the mind. At this level your conscious is free to “browse” the sonic
landscape perhaps being attracted to a specific area in the [mental display]
that it would like to concentrate on.
The ability to discern several
instruments simultaneously is amazing enough but to further apply a desired
filter to be able to listen to just one while the others are still playing is
also a testament to massive sophistication of the whole process.
It is this extra ability to place a
filter over one area of interest that can make or break the process. The conscious
effort to filter something will only work if the target (of the filter) is
stable.
Variations in delivery speed cause
the mental location of objects to drift. The effort now to place a filter fails
due to the moving target. The brain instantly knows the data transfer is
contaminated with something that is not found in nature. It is fully aware that
this is not a live event.
My goal was to specifically create a
valid delivery system that allows the natural connection to the EBS to happen –
it can now pass the validity test and continue to upload to the higher conscious
level where object recognition takes place and the reconstruction in the mind
of the sound stage happens.
More importantly – it is free to use
the [mental] filtering tools to allow the concentration of interest to dictate
what instruments are desirable or which can be ignored. Both filters require a
stable target.
Yes it required quantum physics to penetrate the music signal enough to find its velocity and stabilize the process prior to passing it on to the ear-brain system.
Roger