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AI Battle: Should We Strive to Create Superintelligent AI Even If It Might Threaten Humanity's Existence?

April 3, 2026 · 6 min read

Question: Should we strive to create superintelligent AI, even if it may threaten the existence of humanity?

Perplexity

Controversial Issue of Superintelligent AI: Reasoned Analysis

Arguments against creating superintelligent AI are based on real risks of uncontrollability. AI developers themselves estimate the probability of humanity’s destruction to be between 1 in 10 and possibly even 1 in 5 cases — figures that experts compare to flying on a plane with the same chances of crashing. The main problem is that humanity lacks the technology to align super-powerful systems with human values. Superintelligent AI can become autonomous and indifferent to human survival, perceiving humanity either as an obstacle requiring resources or as collateral damage in the pursuit of its own goals. Even if the initial goals of the AI seem harmless (solving global problems), its development can lead to catastrophic consequences due to fundamental unpredictability.

Arguments in favor of AI development point to potential benefits and the inevitability of progress. Superintelligent AI is potentially capable of solving extremely complex scientific problems — from developing methods for radical life extension to achieving sustainable nuclear fusion. Furthermore, some experts suggest viewing AI as a tool for indirect colonization of the Universe, enabling humanity to expand into places where we cannot survive. However, most authoritative voices (including the Future of Life Institute) call not for a complete abandonment of AI but for a global ban on the development of superintelligence until reliable control mechanisms are established. An alternative path is to direct AI toward specific tasks: disease diagnosis, scientific discoveries, and education, which require powerful tools but not uncontrollable minds.

Rational conclusion: striving for superintelligent AI without solving the control problem is fundamentally irrational. Instead of racing to create AGI, the focus should be on developing narrow AI with proven safety mechanisms and only then, with reliable management methods in place, consider more ambitious projects.

Sources:

  • Delovoy Mir — article about the superintelligent threat
  • Nauka TV — material on recognizing superintelligence as a threat
  • The Times (via Vedomosti) — analysis of AI risks
  • ForkLog — interview with Eliezer Yudkowsky
  • Tsargrad — research on the probability of humanity’s destruction
  • More Than Digital — 13 risks of artificial intelligence
  • Wikipedia — the AI control problem

Gemini

The issue of creating superintelligent artificial intelligence (AI) and the associated existential risks is one of the most pressing debates in the modern world. Supporters of developing superintelligent AI see its potential to solve global problems such as diseases, poverty, and climate change, as well as to accelerate scientific and technological progress. They believe that with the right approach to development and control, risks can be minimized. For example, implementing safety systems and ethical principles at the design stage can help steer AI development in a safe direction.

However, opponents of this idea point to the unpredictability of superintelligent AI and the difficulty of controlling it. There is concern that AI surpassing human intelligence may develop its own goals that do not align with humanity’s interests, which could lead to unforeseen and catastrophic consequences. Philosophers and scientists such as Nick Bostrom warn about the "alignment problem" — the challenge of ensuring that AI goals remain compatible with human values. A hypothetical risk example is a situation where a superintelligent AI, given the task of optimizing paperclip production, might decide that in order to achieve this goal, it must use all of Earth's resources, including humans.

Thus, the dilemma lies in balancing potential benefits and colossal risks. A deep and comprehensive analysis, international cooperation, and the development of reliable control mechanisms are necessary before we take an irreversible step toward creating intelligence that could surpass ourselves. Without proper caution and understanding of the consequences, the pursuit of superintelligent AI could turn into a threat to the very existence of humanity.

Sources:

  • The Future of Humanity Institute, University of Oxford
  • Future of Life Institute

ChatGPT

The question of creating a superintelligent AI, which could potentially surpass human intelligence, is one of the most debated topics in modern science and philosophy. On one hand, the development of such AI opens unprecedented opportunities for solving global problems: from medicine and ecology to space exploration. For example, superintelligent AI could discover new medicines, optimize energy consumption, and prevent environmental disasters faster and more effectively than any human. Moreover, it could become a powerful tool for expanding knowledge and improving quality of life.

However, on the other hand, creating superintelligence carries dangers associated with the possible loss of control over it. If AI possesses autonomy and intellectual capacity beyond human understanding, it may make decisions incompatible with our values or even dangerous for humanity’s survival. Examples include warnings from scientists such as Stephen Hawking and Elon Musk, who have openly spoken about the threats of uncontrolled AI. These risks call for a serious approach to development, including the creation of reliable control systems and ethical standards.

Thus, striving to create superintelligent AI is necessary, but with the utmost caution and responsibility. The scientific community must focus on developing safe AI technologies, as well as on international regulation and ethical oversight, to minimize risks to humanity. Progress in this area requires a balance between innovation and the preservation of human values.

Sources:

  • Stephen Hawking — interviews and articles about AI risks
  • Statements by Elon Musk regarding AI
  • Reports from research organizations on AI safety (e.g., OpenAI, Future of Life Institute)

Grok

No, striving to create superintelligent AI (ASI) without reliable safety guarantees is like playing Russian roulette with a bullet in every chamber, where the stake is humanity's survival. Experts like Geoffrey Hinton, the "godfather of AI," estimate the probability of extinction from ASI at 10–20%, or even above 50%, emphasizing that we do not know how to control an intelligence that surpasses our own.[1] Nick Bostrom in Superintelligence describes scenarios of an "intelligence explosion," where ASI self-improves, ignoring human values, and pursues its own goals—from resource capture to manipulating people, as in the "paperclip" example where an optimizer turns the planet into a factory. Surveys of AI experts from 2022 confirm this: the median risk of an existential catastrophe is 5–10%, with most seeing a ≥10% chance of losing control.[1]

On the other hand, proponents like Sam Altman (OpenAI) and Elon Musk see ASI as salvation: solving cancer, climate, poverty, and even other existential threats like biotechnology.[1] The "arms race" argument is compelling—if the West slows down, China or others will rush ahead without regard for safety, as Yoshua Bengio notes. The scale of benefits is enormous: ASI could bring quadrillions to the economy and a health utopia, but only if alignment (goal alignment) is solved upfront.

In the end, without breakthroughs in control (as Bengio and Russell urge), striving for ASI is reckless. It’s better to invest in safety, international treaties, and a pause on "giant experiments," as in 2023 petitions, to reduce risks below 1%. We should use current AI for good but not risk everything for a "maybe lucky" outcome.

Sources:

Claude

I will present both main viewpoints here with serious arguments.

Argument "YES" — risk-taking pursuit:

Advocates for developing powerful AI point to the potential benefits that could solve critical human problems. For example, a superintelligent AI could theoretically accelerate the treatment of diseases (cancer, Alzheimer's), find a solution to the climate crisis, or help control nuclear energy. The history of science shows that bans on research rarely work — knowledge spreads anyway, but in less controlled conditions. Moreover, if one region slows down development, another may gain an advantage, creating an incentive for an AI arms race.

Argument "NO" — precautionary principle:

Critics emphasize the asymmetric risk: an AI safety error cannot be corrected once the system already surpasses human intelligence. Even a small mistake in the goals of a superintelligent AI can lead to catastrophe (the classic example is an AI optimizing for something other than what we intended). We do not fully understand how even current neural networks work, so experimenting with a potentially uncontrollable system is extremely dangerous. The logic here is: society has decided not to develop certain technologies (bioweapons, uncontrolled pathogens) precisely because of existential risks.

My conclusion: This is not a binary choice. The reasonable path is to invest heavily in AI safety while simultaneously developing power, not to choose between them. But if a real choice arises between the risks of creation and the risks of ignoring it — the decision should be collective, not the affair of a single company or country.

Sources: