This paper introduces Bold Learning as a foundational learning-theoretic principle within the AI Implicit paradigm and the Structuralist Artificial Intelligence (SAI) vision. In contrast to the dominant statistical optimization paradigm of Timid Learning, Bold Learning is defined as the capacity of a learning system to form structural commitments by assigning inputs to geometric prototypes based on Mahalanobis-distance proximity. By jointly instantiating Structural Commitment, Epistemic Transparency, and Hypothesis Refinement, this framework enables models to recognize when an input does not lie within the geometry of any known structural category and subsequently abstain. Ultimately, this theory advocates for refining prototype structure under reconstruction pressure rather than mere prediction accuracy,
Momen Ghazouani (Fri,) studied this question.