Niels Bohr — "The goal of science is to explain the world, not to describe it."
The goal of science is to explain the world, not to describe it.
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More from Niels Bohr
"We are suspended in language. Our task is to communicate experience and ideas to others. We constantly have to be aware of the fact that we are suspended in language."
"When we speak of the electron, we are not speaking of something that really exists, but of something that we have imagined."
"The history of science is full of examples of how new ideas have been met with resistance, only to be accepted later."
"The electron is not a 'thing' in the ordinary sense, but a 'tendency to exist'."
"The problem is not to know what the world is, but what we can say about it."
Details
This seems to contradict his more famous 'Physics is not about how the world is...' quote, so confidence is lower.
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Understanding this quote
What it means
True scientific understanding goes beyond cataloguing facts or measurements — it demands uncovering the underlying mechanisms, laws, and principles that cause phenomena to occur. Description tells you what happens; explanation tells you why. Science earns its power not by accumulating observations but by building coherent models that reveal the deep structure of reality behind appearances.
Relevance to Niels Bohr
Bohr spent his career not merely describing atomic spectra but explaining why electrons occupy discrete energy levels — a radical explanatory leap. His Copenhagen interpretation of quantum mechanics prioritized conceptual understanding of measurement and uncertainty over classical description. He founded the Institute for Theoretical Physics in Copenhagen specifically to pursue foundational explanatory frameworks, debating Einstein for decades over what quantum theory truly means.
The era
Bohr worked through the early 20th century's quantum revolution, when physics was drowning in unexplained spectral data, radioactive phenomena, and photoelectric effects that classical mechanics could describe but not explain. Relativity and quantum theory both emerged as profound explanatory frameworks, not mere descriptive tools. The scientific community grappled with whether mathematical formalism alone constituted understanding, a debate Bohr engaged passionately throughout his life.
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