Niels Bohr — "The only way to avoid error is to acquire experience, and the only way to acquir…"
The only way to avoid error is to acquire experience, and the only way to acquire experience is to make errors.
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More from Niels Bohr
"We are here in a position to be able to understand that the human spirit cannot be completely satisfied by science alone."
"The world is much more complicated than we think, and much simpler than we can imagine."
"There are trivial truths and great truths. The opposite of a trivial truth is plainly false. The opposite of a great truth is also true."
"The history of science is full of examples of how new ideas have been met with resistance, only to be accepted later."
"The aim of atomic physics is to understand the world in which we live, and we are ourselves a part of this world."
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Understanding this quote
What it means
You cannot learn without failing first. Trying to stay safe by never risking mistakes guarantees you never gain real knowledge. Growth requires walking directly into uncertainty, making wrong calls, and extracting lessons from the wreckage. There is no shortcut — the discomfort of being wrong is the actual mechanism by which understanding is built, not an unfortunate side effect of it.
Relevance to Niels Bohr
Bohr built his revolutionary atomic model by discarding classical physics rules that 'should' have prevented electrons from behaving as they do. His quantum leap — electrons occupying discrete energy levels — contradicted established electrodynamics. He repeatedly revised wrong models, engaged in famous debates with Einstein where both men made errors, and treated contradiction and failure as scientific instruments. His Copenhagen interpretation itself emerged from years of wrestling with paradoxes no one could cleanly resolve.
The era
Bohr worked during the early 20th century quantum revolution, when classical Newtonian physics was visibly breaking down. Experiments like the photoelectric effect and atomic spectra produced results that contradicted every established theory. Scientists had to abandon centuries of certainty and embrace iterative, error-driven theorizing. World War II further shattered confidence in human mastery, making intellectual humility about the limits of knowledge both scientifically and culturally resonant.
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