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Left/Righ and hearing

kenneth collins kenneth.p.collins at worldnet.att.net
Wed May 11 15:02:34 EST 2005

"kenneth collins" <kenneth.p.collins at worldnet.att.net> wrote in message 
news:CLfge.738466$w62.223134 at bgtnsc05-news.ops.worldnet.att.net...
| "Dirk Bruere at Neopax" <dirk at neopax.com> wrote in message
| news:3ea19iF1vgmlU2 at individual.net...
|| Left and right visual data are procecessed by opposite hemispheres.
|| Is the same true of hearing, or is it left-left and right-right?
| Fundamentally, yes, but, in audition,
| there's a much-more-robust "cross-
| talk" which enters, importantly, into
| sound localization via 'simple' orient-
| 'til-auditory-power-is-hemispherically-
| 'equalized' dynamics -- which, typically,
| leaves one with the direction from which
| the "sound" emanated front-center
| with respect to one's ears :-]
| [It 'routinely' fails along the midline -- 
| a sound that happens to occur along
| the midline sometimes isn't properly
| located along a front-to-back "axis".
| I get-around this by tilting my head
| as I "orient" with respect to sound-
| localization.]

Further note:

Such "tilting" of receptor apparatus is
Useful regardless of "sensory" or "motor"

And this general "rule" translates directly
to all Human-engineered "detector" ap-

In Physics, for instance, accelerator-
detectors would yield extremely-very-
much-more information if, instead of
being "stable", they were dynamically
"tilted" with respect to the source of
the "events" they were "detecting".

This, of course, is Hard to achieve
with respect to current accelerator-
detector designs, because the "de-
tectors" are, typically, quite massive.

There have to be ways, though, in
which the benefits of dynamic orient-
ation can be reaped, even in such
needing-exactness applications, and
these benefits will probably require
low-mass detectors, which is a benefit
in and of itself.

Other applications abound.

For instance, if "antennas" were engin-
eered to dynamically "tilt", this'd al-
low signal-processing that'd enable
extreme-precision in "reception".

In such "antenna" applications, there's
a Problem that correlates, in-scope
to frequency [wavelength] of the sig-
nals that're to be "detected" -- it's
Hard to move a physical apparatus
rapidly enough as frequency increases
and/or varies.

This Problem can probably be addres-
sed in the electronics -- by "tilting"
the functioning of the electronics, rather
than the physical "antenna".

In all cases, the results are exactly-anal-
ogous to the benefits that I described
in my earlier post.

1. in "sensory" ["receiving"] mode, the
"tilting" compensates for "signal"-to-
"receiver" Geometric "discrepancies",
yielding an accumulated "detection"
that converges upon "the signal".

2. In "motor" ["orientation"] mode,
the "tilting" allows a "signal" to be
"seen" from as many 'different' per-
spectives as there are "tilts" -- as
has been explained in AoK all along
with respect to turning a thing over
in one's hands until one "senses" its
complete 3-D structural-Topology.

And I'm not "tilting at windmills" :-]

k. p. collins 

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