In 1984, James Cameron would direct a motion picture destined to become
a sci-fi classic. Called The Terminator,
and based on a screenplay written by Cameron in collaboration with executive
producer Gale Anne Hurd, the movie seemed at the time to be nothing more than a
dark, crazy fantasy, an unprecedented tale with no link whatsoever to reality.
It was about a future in which artificial intelligence becomes self-aware and
decides to eliminate the humans that invented it from the face of the earth.
However, with what we know today about technological development, that supposed
fantasy has become, in the three decades since the picture was made, visionary
and prophetic.
More and more futurologists and scientists are predicting that advanced
technology will eventually escape from our grasp and begin to govern itself.
Linked to that vision of the future is a key idea to the effect that our future
destiny will depend in large measure on how we develop and manage advanced
technology right now.
The clearest difference between the story of The Terminator and views of the technological future imagined
within the realm of current reality is that the struggle between Humankind and
machines will not play out on battlefields with heroic soldiers of the
Resistance battling cybernetic robots, but through academia and education of
excellence. An education capable of
preparing human beings to manage that future better and to determine whether
advanced technology ends up being at the service of the development of our
species or if we will permit artificial intelligence to self-govern and
exterminate us, to later become the next link in the evolutionary chain, in
which we humans will cease to exist altogether.
The main rule of evolution is adapt or perish. And the secret to
adapting may be found in the division between winners and losers. An education
of excellence serves to prepare the leaders of tomorrow, the humans that will
find themselves on the cusp of tomorrow’s trends and staying ahead of the
future. And this type of preparation should be the main mission of educational
institutions of excellence.
What I’ve described is precisely the scenario set out by Ray Kurzweil in
his book entitled The Singularity Is
Near. Written over a decade ago, this essay remains visionary today in
terms of a possible future within the framework of technological
advances—although the author makes it clear that trying to predict the future
beyond 2045 is a fool’s errand.
Kurzweil’s basic premise is that the future must be described within the
context of a technology whose pace continues to increase, now at an exponential
rate. There have been more technological advances in the last 50 years than in
the previous 5,000 years. And as technological development continues, it won’t
be long before the potential power of technology might increase a hundred, five
hundred or a thousand times practically overnight. Kurzweil calls this
Accelerating Returns.
The “singularity” to which Kurzweil refers is the theoretical point in
time at which, according to his vision, biology and technology will become
indistinct. The idea is that, when this
happens, the human species will no longer exist, opening the way to a
technological, or at least cybernetic, species that will dominate the world. If
this concept seems fantastic, or perhaps horrifying to you, Kurzweil
sympathizes with you. He is of the opinion, even though it might seem like an
oxymoron, that if our brain were simple enough to understand this, it would be
too simple to understand it.
But let’s attempt, at least, to look at what this means. For example,
the grandparents of people my age witnessed the first telephone networks, the
first viable airplanes, the first mass-produced automobiles, the first movies
with sound and the first ones printed in color. But they also witnessed, later
in life, the first television, the first commercial jet airliners, the first
human conquests of space and the first walk that a human being took on the
surface of the moon, etc.
Although this might seem like an incredible array of advances to
experience in a single lifetime, the people of my own generation have seen even
more incredible advances. And the pace of these changes has been dizzying, to
such an extent that the computers that we carry in our pockets today are many
times more powerful than the military mainframes that filled entire buildings
and managed the defense systems of the world’s principal powers when we were
teen-agers. In just the last two or three decades, the world has become
completely interconnected by means of electronic networks, cars have begun to
drive themselves, when one of our joints breaks down, doctors replace it with a
titanium one, outer space is becoming more and more the realm of private
business and pleasure voyages into space are no longer the stuff of science
fiction.
But all of this is nothing compared with what’s coming, and it’s coming
at a speed that defies comprehension for the vast majority of human beings.
Between now and the coming of the “singularity” it is probable that changes
will occur beyond the scope of comprehension of any human being whatsoever. It
is also probable that, by that time, an artificial superintelligence will exist
that will be well on its way to self-awareness and self-governance—or in other
words, it will either exist to serve the human race, or it will simply serve
itself.
An example of this last is the nanobot. Although they still do not exist
except in theory, nanobots are miniscule robots (the size of a blood cell)
equipped with applications designed to detect and cure illnesses. Once
perfected, it is likely that they will be injected directly into the patient’s
bloodstream. Some experts say that, in the future, nanobots might well replace
doctors and that they will be more effective in their ability to cure any and
all diseases. Experiments are already being carried out using miniature robots
to cure cancer in laboratory mice and research is underway to apply nanobot
technology to illnesses such as Alzheimer’s.
Currently, however, it is still a very incipient technology.
That said, we should already be thinking about how to limit the possible
pernicious effects of such technology before we start applying it broadly to
our benefit. What would happen, for example if such technology were to reach a
level of superintelligence that would permit nanobots to replicate themselves,
like a kind of technological virus? According to some researchers, a device
that could be so apparently beneficial to Humankind, might start self-reproducing
exponentially and, with replication completely out of control, end up causing
the extinction of every living thing on earth.
To be continued...
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