Use your wetware...
Larry Peterson
lpasoc at inforamp.net
Tue Aug 11 07:29:32 PDT 1998
I think we are still some distance away from becoming Borg--If you know
StarTrek then this possibility of implants and interconnections has been
explored in some detail. I find Ken Wilbur' helpful in stating that yes,
there is science and we will likely learn how to enhance the electronics of
the brain, but there is also mind and soul and spirit, which are accessed
in a different way and cannot be controlled. Some Science believes that the
"its" are all that there is. It ain't true and there is lots of evidence to
the other realities.
As for Open Space, We are all interconnected already anyway, the chip would
enhance that. We are operating in Ongoing Open Space, self-organizing and
living processes that live by some important principles. We just think we
have to structure and try to control it all. Science's problem is that some
think they can. Open Space is a way to be more intentional about how to do
it in organizations. It is a "yoga" or practice for organizations to
connect to soul and spirit. I think we will always need to practice.
Larry
-----Original Message-----
From: ralphsc [SMTP:ralphsc at EARTHLINK.NET]
Sent: Tuesday, August 11, 1998 9:56 AM
To: OSLIST at LISTSERV.IDBSU.EDU
Subject: Use your wetware...
Friends,
Clipped this from Today's NY Times.
A threat to open space? Or an opportunity?
Ralph Copleman
PERSONAL COMPUTING / By ROB FIXMER
The Melding of Mind With Machine May
Be the Next Phase of Evolution
e humans have been trying to accelerate our own
evolution for millennia, and while in some ways we
appear to be getting away with it, biological
computing
could well test the forbearance of Mother Nature.
Until now, the most ambitious efforts to outwit natural
selection
have been cloning and the Human Genome Project, which sets
out
to map the results of random mutation and natural selection
on
our collective genetic inheritance. Scientists embark on
these
projects not out of mere curiosity but with the hope of
remaking
ourselves into organisms more fit for survival than our
ancestors.
But photocopying genes and building
a repair manual for them are only
ways of tinkering with natural
selection. Far more ambitious are
efforts to meld machines and living
cells being undertaken now in several
areas of research. If these endeavors
ever realize their goals, the personal
computer will become very personal
indeed.
Consider the work of researchers at
British Telecommunications P.L.C.
in the area of implanted chips. One
project, somewhat ominously dubbed
"Soul Catcher," seeks to develop a computer that can be
implanted in the brain to complement human memory and
computational skills. In addition, it would enable the
gathering of
extrasensory information -- in this case, data transmitted
by
wireless networking.
This area of research may seem far-fetched, but it is
really the
logical extension of devices like pacemakers, implants that
simulate hearing for the deaf, and neuro-stimulators, which
send
small electrical charges through nerves to alleviate
certain kinds
of pain.
In a metaphorical sense, the morphing of man and machine is
already taking place. Among Silicon Valley digit-heads, the
human brain and its products are commonly alluded to as
"wetware," while intelligence is expressed in "bandwidth"
-- as
in, "A lot of valuable wetware was invested in that
product, but
we couldn't sell it to a bunch of low-bandwidth vulture
capitalists." At the same time that electronics is making
its way
into the human body, biological organisms are instructing
chip
design.
British Telecom is investing in Soul Catcher not only for
the
long-term potential of brain-chip implants but on the
assumption
that, conversely, the workings of the human central nervous
system can teach chip makers about network efficiency.
After all, while our information storage capacity and
computational skills are limited compared with those of
computers, the responses of even a 1-year-old child to
stimuli like
pain, light or sound suggest that the nervous system is a
far more
robust network that the fastest Ethernet.
Biology is already invading computer architecture. Two
University of Rochester professors -- Dr. Animesh Ray, a
biologist, and Dr. Mitsunori Ogihara, a computer scientist
--
collaborated two years ago in building a rudimentary device
that
uses nucleotides to perform functions typically handled by
transistors in a silicon processor.
And across the continent, in Santa Clara, Calif., engineers
at a
company called Affymetrix are making computer chips
containing DNA to diagnose genetic mutations.
Will the merging of machine and organism bypass evolution
or is
it merely an extension of the evolutionary process? Peter
Cochrane, the head of research at British Telecom as well
as a
futurist and a specialist in "human-computer interfaces,"
embraces the latter view. In fact, he says the future of
the human
species depends on our continuing and expanding ability to
process information. If not, he wrote in a 1996 column for
The
Daily Telegraph in Britain, "systems more efficient at
information processing may supplant us." In some ways, the
spread of the Internet suggests that people are already on
the
threshold of a major evolutionary step as
information-processing
organisms.
Communication over the Internet breaks old time and space
bounds, allowing those who are connected to share,
interactively,
an enormous and growing wealth of information. The
technology
is quickly evolving into a sort of global nervous system.
It is hard to imagine the full consequences of
uninterrupted access
to that network through an implanted computer that renders
each
of us a node in a global tapestry of information.
Without safeguards, for example, the enhancement of our
brains
could easily destroy our minds, leaving us unable to
distinguish
reality from virtual reality -- maybe even self from
non-self.
Powerful software would have to be developed to help us
sort,
sift and prioritize the constant deluge of information lest
our
brains degenerate into data landfills.
One more billboard, radio jingle or spam E-mail and we
suspect
we will fry like an overloaded circuit.
In the end, perhaps the most frightening question in these
futuristic visions of the mind-machine meld is who or what
can
be entrusted to run the system. Who among us would entrust
our
innermost thoughts and the plumbing for all this incoming
data to
an "encephalized" operating system?
Windows 2028, anyone?
More information about the OSList
mailing list