Cargo cult science is a term coined by physicist Richard Feynman to describe a type of pseudoscientific practice that has the appearance of science but lacks either a solid theoretical foundation or empirical evidence. The spelling of the term is straightforward, with the first word "cargo" pronounced with stress on the first syllable and using the IPA symbols /ˈkɑːɡəʊ/, while the second word "cult" is pronounced with stress on the second syllable and using the IPA symbols /kʌlt/.
Cargo cult science is a term coined by theoretical physicist Richard Feynman to describe practices that mimic the appearance of science but lack the essential components of scientific inquiry. It refers to the superficial imitation of scientific methodology without adhering to the rigorous principles of critical thinking, empirical evidence, and falsifiability. The term draws inspiration from the cargo cults that emerged in the Pacific after World War II, where native islanders observed the routines of military personnel and attempted to recreate their success by building replicas of airplanes and control towers.
In a scientific context, cargo cult science refers to the adoption of scientific jargon, rituals, or equipment without truly understanding or implementing the underlying scientific principles. It involves cherry-picking or misrepresenting data, relying on anecdotes or testimonials instead of controlled experiments, and citing flawed research to support preconceived beliefs or promote a particular agenda.
Cargo cult science essentially creates an illusion of scientific credibility while lacking the depth, robustness, and integrity that genuine scientific inquiry demands. It can be driven by financial interests, political motives, or personal biases, leading to false conclusions, unreliable predictions, and missed opportunities for genuine advancement in knowledge.
Recognizing cargo cult science is crucial to protecting the integrity and credibility of scientific research. It underscores the importance of adhering to rigorous scientific principles, openness, transparency, and peer review to ensure valid and reliable results that contribute to our collective understanding of the natural world.