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Is Q* really an AGI? Q* has a clue: it solves mathematical challenges

Recent events at OpenAI, including the dramatic ouster and subsequent reinstatement of Sam Altman as CEO, have put the spotlight on the Q* project, an initiative that could mark a milestone in the pursuit of artificial general intelligence, or to put it simply, that there would be a Skynet at OpenAI .

¿Why Q* is a step towards Artificial General Intelligence?

Fountain MIT Technology Review

The Q* project, although shrouded in mystery, has stood out for its ability to solve mathematical challenges, no small achievement in the field of artificial intelligence. This ability not only represents a technical breakthrough, but also signals a strategic step towards equipping AI with reasoning skills comparable to human ones ​​​.

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Math Challenges

Q*'s ability to handle mathematical problems with definite answers suggests a move away from traditional AIs, which excel at language-based tasks, often fail at problems that require nuanced reasoning; ​​although the exact specifications of these problems have not been publicly detailed ​. Q* has been described as a superintelligence (AGI), and is noted for its use of vast computing resources. In addition, the ability to understand and apply abstract mathematical concepts could have profound implications, not only in scientific research, but also in complex decision-making ​.

In terms of the complexity of the math problems it can solve, there are some references to Q* being able to address Math Problems at the Elementary Student Level ​​​. This suggests a basic but significant ability in mathematics, and although it may seem unadvanced, it represents an important step in the development of more sophisticated artificial intelligences. In addition, it has been mentioned that the Q* project has distinguished itself by its ability to solve complex mathematical problems , although specific details of how advanced these issues are have not been clearly disclosed.

Taken together, these reports indicate that OpenAI's Project Q* has made progress in solving mathematical problems, although the exact nature and extent of these advances are still unclear. This is part of a broader effort by OpenAI to develop more powerful and capable AI models.

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Does solving math challenges mean it's an AGI?

However, the mathematical capacity of Q* does not immediately imply the birth of a superintelligence nor does it bring us definitively closer to AGI ​. Machine learning research has focused on solving school-level problems, a challenge not yet fully mastered by cutting-edge AIs ​.

However, the mathematical capacity of OpenAI's Project Q* has generated an intense debate about whether we are close to achieving superintelligence or Artificial General Intelligence (AGI). Below are various viewpoints and analyses drawn from reference sources:

  1. Potential towards AGI : There is a belief within OpenAI that Q* could be a significant breakthrough towards AGI, an autonomous system capable of outperforming humans in most economically valuable tasks ​​​​​. This breakthrough is considered a major achievement in OpenAI's quest to develop AGI.
  2. Revolution in mathematical reasoning : The Q* algorithm has significantly improved the way AI systems understand and solve complex mathematical problems. This development not only represents an incremental improvement, but a significant breakthrough that could change the intellectual capabilities of AI, opening up new possibilities in fields such as physics and engineering ​.
  3. Impact on crypto Q*'s enhanced mathematical capabilities could have a significant impact on cryptography, potentially analyzing cryptographic algorithms with unprecedented depth and uncovering vulnerabilities in current encryption methods ​.
  4. Metacognition and interdisciplinary learning : It has been mentioned that Q* could boost metacognition and interdisciplinary learning capabilities in AI, representing an important step towards emulating the complex nature of human thought. This could lead to highly intelligent and possibly self-aware AI systems ​.
  5. Responsibility and ethics in AI : The development of advanced technologies such as Q* highlights the importance of transparency and ethical governance in AI organizations. This underscores the need for responsible management and open communication in the sector ​.
  6. Debate on safety and ethics : The situation around Q* and OpenAI's direction raises critical questions about ethics and safety in the development of advanced AI technologies. The debate over how and when to implement these technologies remains a central issue, especially considering the potential of projects like Q* to radically change the AI landscape and its impacts on society ​.

Beyond the hype

It is essential to adopt a critical and balanced view. As we've seen with previous models, enthusiasm for advances in AI often leads to cycles of hype that can distract from tangible progress and the real issues around AI ​.

Governance and self-regulation in AI

The recent dynamic on OpenAI's board, seen as an internal control mechanism to prevent the release of harmful technologies, raises questions about the line that will prevail in these companies between innovation and security ​.

Strategic approach

At Proportione we have previously analyzed the turbulence on OpenAI and its impact on the direction of the organization, including Microsoft's crucial role in these developments ​​​. This new chapter with Q* reinforces the need for a leadership balanced and effective governance in the era of AI innovation. As OpenAI advances its ambitious mission, ethical, strategic, and regulatory challenges become increasingly crucial. The fundamental question remains: How will we manage and direct this potential to ensure a future in which technology advances hand in hand with humanity and not against it?