A Polish research team from the startup Pathway has developed a groundbreaking AI model named “Dragon Hatchling” (BDH), which represents a significant leap into what they call “post-transformer AI.” This new architecture is capable of autonomous reasoning and learning in a way that closely resembles the functioning of the human brain.
Key Arguments and Findings
The central breakthrough of the BDH model is its ability to solve the “generalization problem” that plagues current AI systems. Unlike models that excel at programmed tasks but fail in new situations, Dragon Hatchling learns from experience, understands context, and anticipates consequences. The most astonishing discovery occurred during testing when the model spontaneously generated a neural structure analogous to the human brain’s neocortex, the region responsible for perception, memory, and decision-making. This architecture is based on a scale-free biological network, bridging the gap between the human brain and modern machine learning.
Significant Conclusions
This discovery is hailed as a technological milestone that could redefine our understanding of both artificial and human intelligence. It demonstrates that revolutionary progress in AI can stem from intellectual ingenuity rather than just massive financial investment by Big Tech. The work, led by co-founders Zuzanna Stamirowska and Adrian Kosowski, has received prestigious recognition, achieving “leading article” status on Hugging Face, a global hub for AI research. The conclusion is that this Polish team is pioneering a new, more “human” era for artificial intelligence.
Mentoring question
As AI begins to develop structures that mimic the human brain and its cognitive processes, what new ethical considerations and societal safeguards should we prioritize to guide its future development?
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