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(en) Italy, FAI - Umanita Nova: On Transhumanism. Between Science, Science Fiction and the Ideology of Power. (ca, de, it, pt, tr)[machine translation]
Date
Wed, 16 Oct 2024 08:50:25 +0300
Transhumanism is a movement that promotes the use of advanced
technologies to improve the physical, cognitive and psychological
capabilities of human beings. The basic idea is that we can and should
overcome the natural limits of our human condition, such as aging,
disease and even death.1 ---- The term "transhumanism" was coined by
biologist Julian Huxley in 1957, intended as a way for humanity to
transcend itself through the use of science and technology. Huxley, an
evolutionary biologist and the first Director General of UNESCO,
believed that humanity was on the verge of a new phase of existence, as
different from our current one as we are from previous hominids. An
interesting aspect of Huxley's ideas is that he saw transhumanism not
only as an individual improvement but as a collective advancement of
humanity.2
Since then, the concept has evolved and gained popularity, especially in
the 1980s thanks to thinkers such as FM-20303 and Natasha Vita-More.4 As
mentioned, transhumanists believe that through genetic engineering,
nanotechnology, artificial intelligence and other innovations, we can
improve our mental and physical abilities, prolong life and improve its
quality. For example, by enhancing our memory, increasing our
intelligence, enhancing our physical strength and creating
brain-computer interfaces for direct communication with machines,
perhaps embedded in ourselves.
Science fiction largely preceded Huxley's ideas. Here are some notable
examples: Mary Shelley's Frankenstein (1818): often considered one of
the first examples of science fiction, it explores themes such as the
creation of life by scientific means and its ethical consequences; H.G.
Wells's The Time Machine (1820): Wells (1895): we find the idea of
possible transformations of the human species; Metropolis (1927): this
film presents a futuristic vision of a city in which advanced technology
and robotics play a central role; Brave New World by Aldous Huxley
(1932): written by Julian Huxley's brother, Aldous, it explores a
dystopian future in which biotechnology and genetic engineering are used
to control and improve human society. These works laid the foundation
for many of the ideas that would later be formalized in the
transhumanist movement.
After being clearly influenced by them, the transhumanist movement then
in turn influenced the latter. Here too, just a few significant
examples: Ghost in the Shell: a Japanese manga and anime, then also a
film, that explores the boundary between human and machine through the
story of a cyborg; Deus Ex: a series of video games that addresses
issues such as cybernetics, surveillance and the ethical implications of
human modification; Altered Carbon by Richard K. Morgan: a novel and
then a TV series that imagines a future in which human consciousness can
be transferred from one body to another, exploring the social and moral
consequences of such technology; The Quantum Thief by Hannu Rajaniemi: a
novel that combines action and philosophy, exploring themes such as
death and finitude in post-human life.
Transhumanism, in short, pervades both politics and popular culture and
continues to grow, influencing the debate on how technology can and
should be used to improve human life. We then distinguish two levels:
the first on the desirability in itself of the process towards
transhumanism, the other on the ideological use of such a perspective.
The first element - the use of technology to improve human life as a
whole and its hypothetical consequences - is in itself a futurological
description based on real data. Since 1957 there have in fact been
numerous technological innovations that seem to go in the direction of
transhumanism. Here are some of the most significant.
1. Genetic Engineering: The discovery of DNA and the subsequent ability
to manipulate it have paved the way for techniques such as CRISPR, which
allows us to precisely modify genes, potentially leading to the
elimination of genetic diseases and enhancing human capabilities; 2.
Nanotechnology: This technique allows us to manipulate matter at the
molecular and atomic level with applications in medicine, with
nanorobots that could repair damaged tissue or fight diseases from
within the body; 3. Artificial Intelligence: AI has recently made great
strides, with increasingly sophisticated algorithms that can improve our
cognitive abilities; 4. Brain-Computer Interfaces: Today it is already
possible to directly connect the human brain to machines, improving
cognitive and motor skills - for example, cochlear implants can restore
hearing to the deaf and advanced prosthetics are controlled directly by
the brain; 5. Life Extension: biomedical research has led to discoveries
that could greatly extend human life, with anti-aging therapies, tissue
regeneration and the possibility of replacing damaged organs with those
grown in the laboratory. 6. Virtual and/or Augmented Reality:
technologies that are transforming the way we interact with the world,
allowing us to live immersive experiences and improve our skills through
advanced simulations.
Many of these technologies open the way to dystopian developments but,
in themselves, also to positive scenarios for the good and long life of
individuals, which seem difficult to give up: I am convinced that the
majority of the most ardent critics, faced with the alternative between
life and death, but also between the alternative of walking on their own
two feet or being stuck in a wheelchair, etc. will accept them.
Furthermore, opposing them would put the opposition movement in a
difficult situation with the vast majority of humanity, who would see it
as a criminal gang that, faced with the possibility of a longer and
better life for all, would like to let human beings die prematurely. Of
course, it is also important to consider the ethical and social
implications of these technologies and fight to ensure that their
benefits are fairly distributed and the risks are minimized, as the
workers' and socialist movements have always done when faced with the
issue of public health.
But let's move on to the ideological use of the transhumanist
perspective. Let's look at the current social base of transhumanism
understood not as a futurological perspective but as a political
movement: in the vast majority of cases, it is people belonging to the
dominant social classes - the figure of Elon Musk is definitely
indicative - who above all pursue the prospect of immortality
(preferably before their death...). Of course, even the rich and
powerful may not cry but they certainly fear death like everyone else -
but there is something strange in these enthusiastic endorsements.
In fact, those who set themselves the goal of a long and better life,
even beyond the transhuman aspect to which technologies could lead,
should first of all consider the problem of preventing the dynamics of
power from destroying humanity before these technologies can develop.
The strange thing I was talking about is that the most famous current
exponents of transhumanism, instead, are in positions of command that
direct humanity towards ecological catastrophe and probably, with all
due jinxes, much earlier towards thermonuclear catastrophe.
We were saying that even the rich and powerful fear death; let's add now
that they are not on average so stupid as not to realize that the
hierarchical society of which they are the leaders is leading us towards
the exact opposite of a long and happy life. In them, therefore,
adhering to the transhumanist perspective could have an ideological
anxiolytic meaning: somehow they feel they are leading the human species
towards its disappearance but, instead of this disturbing thought,
viscerally rejecting the alternative of a society of free and equal
people, they toy with the idea of becoming immortal, perhaps in
technological islands that keep them safe from the disasters they are
preparing. However, this is an illusion, especially if referred to the
scenario of a thermonuclear war, a scenario that as I write these lines
seems to be reappearing.
Long-term survival in a fallout bunker depends on various factors.
Modern bunkers are designed to be autonomous and self-sufficient, with
energy generation systems such as solar panels or combustion generators,
built with insulating materials, air filtering systems to protect
against radiation and systems to monitor radiation levels to know when
it is safe to leave. The amount of food and water stored is crucial: the
most advanced bunkers can guarantee survival conditions for up to five
years. The capacity of a bunker to ensure long-term survival is
therefore extremely limited: the International Campaign to Abolish
Nuclear Weapons (ICAN) points out that bunkers can give a false sense of
security and fail to address the real risks of a nuclear conflict.5 Not
even the hypothesis of transferring consciousness to computer media
would solve the problem: computers also need energy and long before a
safe external environment returns, even energy reserves will run out.
Paradoxically, therefore, a coherent transhumanist perspective should
first fight the current transhumanists. Then we will see: the important
thing is first of all to be able to choose, while alive, if and how to
use the technologies that human intelligence makes and will make available.
Enrico Voccia
1See https://it.wikipedia.org/wiki/Transumanesimo and
https://viverepiusani.it/transumanesimo-che-cose-e-come-potrebbe-influenzare-il-futuro/
.
2See https://it.wikipedia.org/wiki/Julian_Huxley .
3The original name is Fereidoun M. Esfandiary, an Iranian writer,
philosopher, basketball player, and futurologist, who legally changed
his name to FM-2030. For this and other information about him see
https://it.wikipedia.org/wiki/FM-2030 .
4See her own website https://www.natashavita-more.com/about/ .
5https://altreconomia.it/i-bunker-antiatomici-e-i-miti-da-sfatare-sulla-reale-protezione-da-una-guerra-nucleare/
https://umanitanova.org/sul-transumanesimo-tra-scienza-fantascienza-e-ideologia-del-potere/
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