Скачать или смотреть The AI Power Crisis: Why Nuclear is the Only Path to AGI

Core Thesis:
Artificial General Intelligence (AGI) is impossible without a radical expansion of nuclear energy. The exponential power demand of AI constitutes a civilizational bottleneck.
Problem Analysis:
AI requires massive, continuous, exponentially growing baseload power.
Existing energy infrastructure and regulatory frameworks are stagnant and cannot meet this demand.
This leads to a systemic AI power crisis, threatening societal progress.
Proposed Solution:
Rapid, large-scale adoption of advanced nuclear energy, specifically Small Modular Reactors (SMRs).
Nuclear fission provides the necessary energy density and continuous output.
SMRs overcome historical nuclear challenges via mass manufacturing, passive safety, and co-location.
Prerequisites for Success:
Urgent institutional and regulatory reform to enable deployment.
Overcoming decelerationist opposition to technological advancement.

Summarizes that the exponential energy demands of artificial intelligence are creating a critical civilizational bottleneck due to a stagnant energy infrastructure and institutional failures. The main claim is that a rapid, large-scale adoption of advanced nuclear energy, specifically Small Modular Reactors, is the non-negotiable prerequisite for achieving Artificial General Intelligence and escaping societal stagnation. The logic is that AI requires massive, continuous, and exponentially growing baseload power which current energy infrastructure and regulatory frameworks cannot provide, leading to an AI power crisis. Only nuclear fission offers the necessary energy density and continuous output, and Small Modular Reactors can overcome historical nuclear challenges through mass manufacturing, passive safety, and co-location with demand centers, while institutional and regulatory reforms are essential to enable their deployment and overcome decelerationist forces.