How Culture Makes Us Smarter: A Case Against Atomistic Approaches to Learning

Imagine an alien scientist visiting Earth, observing human life alongside the planet’s other species. Our alien observer would quickly note that humans, though biologically similar to other animals, display an extraordinary difference in knowledge, technology, and culture. Humans have explored the origins of the universe, developed technologies that defy natural limitations, and created societal systems of unparalleled complexity. This dramatic leap isn’t solely due to individual intelligence but something much greater: the collective intelligence of cumulative culture.

While intelligence plays a significant role in human achievement, it falls short of explaining the vast cultural and technological gulf between humans and other species. The traditional cognitive atomistic approach, which focuses on individual capabilities and assessments like tests and exams, fails to capture the essence of how humans learn and innovate. This approach neglects the broader mechanisms of cultural accumulation and collective intelligence, which make human accomplishments possible.

The Ratchet Effect: A Collective Leap

One of humanity’s most significant evolutionary advantages is its capacity for cumulative culture—a process through which knowledge and tools are stockpiled, refined, and passed down across generations. Unlike chimpanzees, whose cultural achievements stagnate over millennia, humans advance rapidly by building upon prior innovations. This phenomenon, often referred to as the “cultural ratchet,” explains why modern preschoolers can comprehend concepts about the solar system that eluded even the brightest minds of ancient Greece. The achievements of cumulative culture enable individuals to bypass the need to rediscover fundamental knowledge, saving time and fostering innovation.

Beyond the Genius Myth: The Collective Nature of Innovation

Popular narratives often attribute groundbreaking ideas to lone geniuses, perpetuating the “Myth of the Heroic Inventor.” However, most innovations arise from collaborative efforts and incremental progress rather than isolated brilliance. Isaac Newton’s groundbreaking work, for example, relied heavily on the accumulated knowledge of his predecessors, prompting his famous remark: “If I have seen further, it is by standing on the shoulders of giants.”

Even iconic inventions like the steam engine or evolutionary theory result from countless contributors over centuries. The birth of new technologies often involves recombining existing ideas in novel ways. For example, the automobile emerged from the union of bicycles and horse-drawn carriages, while the Internet combined the computer and telephone. These innovations underscore the collective nature of human progress.

Cultural Tools: Extending the Limits of Intelligence

Cumulative culture not only advances technology but also enhances human cognition through “mind tools.” Language, probability theory, cost-benefit analysis, and other conceptual frameworks are intellectual apps that extend our mental capacities. For instance, shifting from Roman numerals to the Indian-Arabic numeral system revolutionized mathematical computation, enabling calculations previously inconceivable.

Such tools—passed down and refined through cultural evolution—make individuals smarter by embedding the collective wisdom of generations within their mental toolkit. This process allows even average individuals to outperform historical geniuses in understanding and applying complex concepts.

The Inadequacy of Atomistic Approaches

Standardized tests and exams—hallmarks of cognitive atomistic approaches—fail to account for the interconnected, cultural nature of learning. These assessments reduce intelligence to isolated metrics, ignoring the profound influence of collective knowledge. In reality, intelligence is not an individual trait but a networked phenomenon, shaped and amplified by cultural context. A person’s ability to innovate or solve problems depends less on innate capability and more on access to shared knowledge and tools.

Consider this thought experiment: If a modern individual were dropped into a jungle with no cultural knowledge, their intelligence alone would not suffice to replicate even basic tools, let alone advanced technology. This demonstrates that human achievements stem from collective intelligence, not isolated brilliance.

Learning for the Future: Embracing Complexity

To foster genuine intelligence and innovation, education systems must move beyond narrow assessments and embrace the complexity of human learning. This requires teaching students to navigate, contribute to, and leverage cumulative culture rather than merely preparing them for exams. Collaborative projects, interdisciplinary studies, and an emphasis on critical thinking can better reflect the dynamic nature of learning.

In a world increasingly interconnected by technology and global challenges, the ability to build upon collective knowledge is more critical than ever. By recognizing the limitations of atomistic approaches and embracing the richness of cumulative culture, we can cultivate smarter, more adaptive learners equipped to navigate complexity and drive innovation.

A growing contingent of scholars argue that our “superpower” as a species is not so much our intelligence as our collective intelligence and our capacity for what’s called cumulative culture https://t.co/sPZw2ytcEz

— Kiran Johny (@johnywrites) December 16, 2018