Filling holes in science draws collective attention, but most higher-order holes remain unexplored

Recent research suggests that scientific discovery often involves bridging conceptual gaps, or 'holes,' between existing ideas. While filling anticipated lower-order holes garners significant attention and indicates where scientific convergence is likely, the vast majority of more complex, higher-order conceptual gaps remain unexplored despite the growth of knowledge. This highlights a strategic imbalance in how research attention is allocated.

This analysis reveals a fundamental dynamic in research and development: while filling immediate, identifiable knowledge gaps is crucial for progress and recognition, the neglect of more complex, higher-order 'holes' represents a significant missed opportunity. Understanding this imbalance is vital for guiding future research funding, innovation strategies, and fostering truly transformative breakthroughs.

Scientific discovery is conceptualized as filling 'holes' between ideas and arguments.

Forward consideration, not a verified fact.