Cultocracy note :
A very informative article on the issues surrounding artificial intelligence . AI can and indeed is being used for the control & conditioning of individuals which will lead to the centralization and consolidation of power & wealth towards the controllers . The current algorithms are lumbering & crude , although they are constantly being tested & perfected , shadow military & intelligence organisations are currently leading the ‘revolution’ .
The developers have not factored in one vital component , human free will .
Artificial Intelligence: Socioeconomic, Political And Ethical Dimensions
In a few centuries or perhaps a few decades, Artificial Intelligence (AI) and biosynthetic engineering will be perfected to the degree that androids will closely resemble humans and biosynthetically engineered humans will resemble androids. Despite the nightmares of such a prospect for some scientists, humanist scholars and theologians, AI will be a dream becoming reality for those espousing Max More’s philosophy of “transuhumanism”; a movement whose goal is to enhance the human condition physically and intellectually through the application of scientific and technological means. (Carvalko, Joseph, The Techno-human Shell-A Jump in the Evolutionary Gap. Sunbury Press, 2012)
Whether one agrees with transhumanism or finds it abhorrent because it is merely another means of promoting eugenics, the race to transform science fiction dreams into a profitable reality is picking up speed by corporations and investors. Multinational corporations see the opportunity for billions in profits and that is all the motivation they need to move forward full speed, advertising AI research and development even now to prove that their company is decades ahead of the competition.
Besides corporations, the potential power and wealth in AI has universities, government-funded research institutions and privately-funded labs working to realize the dream without worrying about the potential risks involved for society at large. Like the nuclear bomb developed in the 1940s, the AI genie is out of the bottle and it has been since the 1940s when scientists from different fields contemplated building an artificial brain thus giving birth to the formalize scientific discipline of AI in 1956.
British code breaker Alan Turing is known as the Father of Computer Science, also a pioneer in the domain of artificial intelligence, was only at the theoretical stage in the middle of the 20th century when he was conducting research. Contemporaries of Turing, Ross Quillian and Edward Feigenbaum followed by Marvin Minsky who co-founded MIT’s AI lab were all pioneers along with corporate giant IBM. By 2016 when Minsky died, AI was the hottest field that corporations, governments, and research institutions intensely pursued, some trying to beat the competition marketing robots for various tasks in the next few years. (George Zarkadakis, In our Own Image: Savior or Destroyer? The History and Future of Artificial Intelligence, 2017).
GOOGLE’s Peter Norvik, in charge of research made the argument that there is no turning back on AI which he views as the ultimate tool in solving problems, not considering the new problems it would create. “I don’t care so much whether what we are building is real intelligence. We know how to build real intelligence…—my wife and I did it twice, although she did a lot more of the work. We don’t need to duplicate humans. That’s why I focus on having tools to help us rather than duplicate what we already know how to do. We want humans and machines to partner and do something that they cannot do on their own.” https://www.forbes.com/sites/gilpress/2016/12/21/artificial-intelligence-pioneers-peter-norvig-google/#7dd2f52c38c6
In 2016, there were more than 650 business deals involving $5 billion in startups for AI research. With Google leading in patent applications, Microsoft, Amazon, INTEL, Facebook, and Apple became heavily involved in the domain of AI. The same companies involved in the web and cell phones are now competing for the lucrative AI market of the future with different venture capitalists backing research and development (R & D). With the advent of the web and cell phones, R & D in AI has moved rapidly since Turing’s era into the mainstream of government in a number of countries in the world, but especially US and China which are the main competitors in the field. According to some, AI is the global arms race of the future because of its potential in every sector including defense. https://www.theatlantic.com/technology/archive/2017/02/china-artificial-intelligence/516615/; http://www.nbcnews.com/mach/features/next-global-arms-race-aims-perfect-artificial-intelligence-n685911
Because of immense institutional interest in AI, there has been a great deal written and debated about what it would all mean for society. There are tens of thousands of scholarly books and articles on the subject covering everything from scientific dimensions to social political and philosophical, some enthusiastic, others skeptical, and still others condemning AI as the new danger to humanity, even worse than motion pictures and science fiction novels depict. While most scholars are neither pessimistic nor as glowingly optimistic as Norvik about the miracle of AI awaiting the human race, there are those who cautiously point to both benefits and possible risks and skeptics cautious about the possible unforeseen consequences, some already evident with the cybergeneration of infophiles addicted to cell phones, computers, and video games.
In the early 21st century, the cybergeneration growing up in cyberspace with mechanical toys, videogames, cell phones and computers relate to machines as their reality. Accepting cyberspace as parallel to experiences with people they come into direct contact, the cybergeneration is conditioned to accept alienation from empirical reality as the norm, separating existential reality they may dread from cyber reality in which they live because they enjoy the illusion of greater control from a distance. A cybergeneration individual may have dozens or even hundreds of “cyber-friends” across the country and across the world but few if any friends in school, in the neighborhood, or at work. These cyubergeneration individuals deem detachment normal because the cyber-community has replaced the empirical one where they cannot hide behind numerous masks that cyberspace permits and promotes. The conditioning of the cybergeneration is very different than the socialization of any generation in the past that was socialized in the real community rather than in cyberspace. If this is the condition of the current cybergeneration, what would the future look like with AI robotics? http://cyberikee.tripod.com/thinking_cyber_subjectivity_1.html
By the end of this century, the reality of children growing up with robots, holograms and bioengineered humans will be far different than it is for the generation of the early 21st century in every respect from individual to group identity. The wealthier families will have androids in their homes, most likely helping to raise and educate their children, conditioning them about the existential nature of robots as an integral part of the family like the loveable dog or cat. The less affluent middle class would be able to rent-a-robot for the ephemeral experience of it. The lower classes will feel even more marginalized because AI robotics will be out of reach for them; in fact they will be lesser beings than the robots whose intelligence and functions will be another privilege for the wealthy to enjoy. As we will see below, the sense of identity and community will be largely impacted by AI in ways difficult to conceive today for all classes.
AI, Population Explosion and the Job Market
Robotics and AI goes to the heart of how existing and new industries could widen the class gap between rich and poor, and between richer advanced countries and poorer nations. AI raises many public policy questions especially in the domain of economics and politics. This is largely because resource allocation will mean that the lower classes and less developed countries will be further marginalized in the world economy. Even in the advanced countries robots will be replacing humans in the workplace with grave social consequences in the absence of a strict regulatory regime and a social safety net for the working class.
In 2016, a White House report speculated that AI will result in higher productivity, but it will also leave millions without work while creating far greater wealth inequality than already exists. Just as the Silicon Valley has created a small wealthy class without absorbing the surplus labor force at a time that the rich-poor gap has been widening in the last three decades, similarly AI will exacerbate the trend. Apologists of the market economy reject all pessimistic scenarios, insisting that AI will deliver paradise on earth for all humanity. http://www.dailymail.co.uk/sciencetech/article-4068986/Is-job-risk-White-House-report-warns-AI-soon-leave-millions-Americans-unemployed.html; https://www.theguardian.com/technology/2014/jan/04/robots-future-society-drones
If world population reaches 9 billion by 2050 as it is expected (38% higher than in 2010), and assuming it climbs to 11.2 billion by the end of the century with 9 billion living in Africa and Asia, it is easy to envision the sorts of sociopolitical problems that AI will create in the name of solving others, mainly for the benefit of raising corporate profits. Considering that most people will live in the non-Western World, those in the West will use AI as the pretext to keep wages low and exert their political, economic, military and cultural hegemony. Xenophobic politicians and nativist groups will use AI as a pretext to keep out Africans, Asians, and Latin Americans. Heightened xenophobia with robots to the rescue of the Caucasian minority on the planet will be another dimension of those looking for a pretext to rally rightwing populists behind an authoritarian regime. http://www.visualcapitalist.com/animation-world-population-2100-region/
It is a given that AI will result in many benefits in every field from surgery to the auto industry, and to an estimated 700 fields according to an Oxford University study. Just as the internet has made possible the assistance of a physician in Cleveland providing live instructions and advice to a colleague carrying out surgery in the Philippines, similarly AI will result in such miracles. The issue however is the manner that corporations and government will use AI as leverage for labor policy. When the auto industry introduced robotics in the 1970s (MIT’s “Silver Arm”), auto workers reacted like Luddites in the early 19th century England because they realized that corporations used robotics as leverage to drive down wages and benefits, circumvent labor standards and policies impacting workers and their socioeconomic condition. http://www.oxfordmartin.ox.ac.uk/downloads/academic/The_Future_of_Employment.pdf
In our era, fast food restaurants are among some industries that want to replace minimum wage workers with robots as soon as possible. Multinational corporations have been threatening government not to raise the minimum wage because robots are not far off replacing humans. Just as capitalists in early 19th century England were using the machine as leverage to determine labor policy, so do corporate CEOs in the early 21st century. Just as the British government sided with businesses against the Luddites in the era of the Napoleonic Wars, governments in the 21st century are also on the side of industry against workers.
From the perspective of the capitalist, an android can do a much better job in everything from serving food, to serving on the court bench as a judge without human prejudice which is the flaw that accounts human uniqueness. Although some argue that robots should not be used as health care providers or any area where human judgment of ethical considerations must be taken into account such as the judicial system, others insist that androids will serve humans better than people in every endeavor. As tools for human advancement and comfort, science and technology are a welcome development from a consumerist perspective, something that business and government use as an argument to fund R & D for AI.
AI could unlock immense potential for economic growth and development for the betterment of mankind, at least as far as its advocates are concerned. This assumes that the benefits of AI once fully implemented will be equally shared among all social classes across the entire world. Did all social classes and all nations advance equally because of the Scientific Revolution of the 17th century and the first Industrial Revolution in England in the 18th century? The rich-poor (northern Hemisphere vs. Southern Hemisphere) divide between northwest Europe, North America and Japan that were the core of the world capitalists system became more pronounced by continued scientific, technological, and industrial development. Scientific, technological, and industrial development under the capitalist system was hardly the solution for the lack of social justice, for widespread misery owing to poverty and disease, and lack of health and education among the poor. On the contrary, the advanced capitalist countries used technology as tools of exploitation of the Southern Hemisphere and AI technology will be no different.
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