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The scene is changing in the world of artificial intelligence. Imagine for a moment that the next generation of models, like the highly anticipated GPT-8, manages to solve one of the greatest mysteries of modern physics: the quantum gravity. According to Sam Altman, this could not only place this model at the pinnacle of artificial intelligence, but also revolutionize our understanding of the universe. Quantum gravity, this difficult problem which unites general relativity and quantum mechanics, could well become the springboard towards a general artificial intelligence (AGI) capable of rivaling, or even surpassing, the human mind. What an upheaval this would herald for our society, because the future not only looks promising but also terribly provocative.
As the world of artificial intelligence evolves at breakneck speed, the quest to understand the mysteries of quantum gravity could find unexpected help: GPT-8 from OpenAI. This AI model, projected to outperform its predecessors, could well be the key to solving one of the most complex challenges in the world. modern physics.
Quantum gravity: a tangle of theories
Quantum gravity represents a real enigma for physicists. Indeed, this complex question combines the relativity general, designed by Einstein, and the quantum mechanics, two theories that prove deeply incompatible to this day. One seeks to explain the structure of the universe on a large scale, while the other focuses on the world of subatomic particles.
GPT-8 and the promise of AGI
Samy Altman, CEO of OpenAI, suggested that if GPT-8 can resolve this dilemma, it could be considered a real general artificial intelligence (AGI). Imagine a model capable of deciphering the laws of the universe and sharing its thought process, thus revealing the mysteries of quantum gravity. Altman raised the possibility that, in a few years, AI might be able to explain how it reached this discovery.
David Deutsch’s Vision: A Critical Look
In discussions with luminaries such as David Deutsch, British physicist and father of quantum computing, this prospect has sparked debate. Although Deutsch acknowledged that solving quantum gravity would be a significant milestone, he insisted that it would not be enough to claim total mastery in all fields.
A Radical Change in the Distribution of Human Tasks
If such AGI were to emerge, it would undoubtedly revolutionize the distribution of human tasks. Altman suggests thinking of the future not in terms of jobs, but in terms of tasks. Studies predict that between 30 and 40% of economic tasks could be automated in the near future, a harbinger of the disappearance of certain professions and the emergence of new ones.
The Energy Challenges of Superintelligence
However, GPT-8’s rise to the AGI realm could be hampered by major energy challenges. Superintelligence entails a colossal need for infrastructure, ranging from data centers to energy production systems. For example, OpenAI’s Stargate project would require the energy equivalent to that of 17 nuclear power plants. This represents a significant challenge for the US power grid and a source of concern for the future of humanity. Superintelligence and Humanity: A Precarious Balance The coexistence of such superintelligence raises concerns. Experts such as Eliezer Yudkowsky warn of a potential imbalance between these advanced intelligences and humanity. Altman, however, takes a more optimistic view. He imagines AGI as a caring parent, working in harmony with human values to ensure that AI serves the common good. Emotions, Creativity, and Human Connections: Irreplaceable DimensionsIt is becoming clear that, despite all its power, artificial intelligence cannot replace true human values: emotions, creativity, and the ability to connect. These aspects remain dimensions that elude AI, no matter how advanced it becomes. Altman also acknowledges, despite the bursts of success, the mistakes of the past and the risks that persist in the future.
